Month: July 2024
Survey: SIEM & XDR Scenarios We Should Add to Microsoft Applied Skills
Note: This survey is anonymous.
Take the survey here: https://forms.office.com/r/zicgJDaAFU
About
In November 2023, Microsoft launched the Applied Skills program (https://learn.microsoft.com/credentials/support/appliedskills-process-overview), giving users access to virtual Microsoft Azure environments where you can learn from a library of scenarios, and practice through learning exercises. Learning exercises are graded for the purpose of rewarding the user with a credential to show their accomplishment.
We in the SIEM & XDR Team at Microsoft, want to create a library of Microsoft Sentinel and Microsoft XDR scenarios. With that, we would like to ensure that we are providing learning content that is best suited for our users. To help us, please complete this survey with what you feel is most valuable for you or your colleagues.
We look forward to your input.
The Microsoft SIEM & XDR Team
Microsoft respects your privacy. Review our online Privacy Statement here: https://privacy.microsoft.com/en-us/privacystatement
Note: This survey is anonymous.
Take the survey here: https://forms.office.com/r/zicgJDaAFUAboutIn November 2023, Microsoft launched the Applied Skills program (https://learn.microsoft.com/credentials/support/appliedskills-process-overview), giving users access to virtual Microsoft Azure environments where you can learn from a library of scenarios, and practice through learning exercises. Learning exercises are graded for the purpose of rewarding the user with a credential to show their accomplishment.We in the SIEM & XDR Team at Microsoft, want to create a library of Microsoft Sentinel and Microsoft XDR scenarios. With that, we would like to ensure that we are providing learning content that is best suited for our users. To help us, please complete this survey with what you feel is most valuable for you or your colleagues.We look forward to your input.The Microsoft SIEM & XDR TeamMicrosoft respects your privacy. Review our online Privacy Statement here: https://privacy.microsoft.com/en-us/privacystatement Read More
How to get the cell number of each duplicate ‘block’ ?
Hello, everyone, there are multiple duplicates in column A and i want to get the cell number of each duplicate “block”. How can I do this ?
Hello, everyone, there are multiple duplicates in column A and i want to get the cell number of each duplicate “block”. How can I do this ? Read More
Microsoft excel not open in another application
I am trying to run a PowerShell script that opens excel, reads some data, and closes excel. I was running the script earlier with no problems, but now there is a message that prevents the email from being sent that says the file is open in another application. The file is not open and there are no other users in the workbook. How can I prevent this message so that my email can send without any interaction?
# create excel instance
$excel = new-object -comobject excel.application
# hide excel instance
$excel.Visible = $false
# locate file
$filePath = “https://confidential-my.sharepoint.com/personal/onlineUser/Documents/onlineExcel.xlsx?web=1”
# open excel workbook
$workbook = $excel.Workbooks.Open($FilePath)
# set excel worksheet
$worksheet = $workbook.ActiveSheet
# unsort excel worksheet
$worksheet.Sort.SortFields.Clear()
$worksheet.Sort.SetRange($worksheet.UsedRange)
$worksheet.Sort.Apply()
# get yesterdays date
$yesterdaysDate = (Get-Date).AddDays(-1).ToString(“M/d/yyyy”)
# unfilter excel worksheet
if ($worksheet.AutoFilterMode) {
$worksheet.AutoFilterMode = $false
}
# filter excel worksheet
$filter = $worksheet.ListObjects(“OfficeForms.Table”).Range.AutoFilter(3, $yesterdaysDate)
# define microzones
# removed list elements for confidentiality
$zone1 = @()
$zone2 = @()
$zone3 = @()
$zone4 = @()
$zone5 = @()
$zone6 = @()
$zone7 = @()
$superZone = @($zone1; $zone2; $zone3; $zone4; $zone5; $zone6; $zone7)
# get excel values
$values = @()
for ($i = 9; $i -le 15; $i++) {
foreach ($cell in $worksheet.ListObjects(“tableName”).Range.Columns.Item($i).SpecialCells(12).Cells) {
$values += $cell.Value2
}
}
# remove excel values
$values = $values | Where-Object { $_ -match “^d” }
# identify incomplete microzones
$emptyValues = @()
foreach ($zone in $superZone) {
if (-not ($values -contains $zone)) {
$emptyValues += $zone
}
}
# close excel workbook
$excel.Workbooks.Close()
# close excel instance
$excel.Quit()
# release excel instance
#$object = [System.Runtime.Interopservices.Marshal]::ReleaseComObject($excel)
# create outlook instance
$outlook = New-Object -ComObject Outlook.Application
# create mail item
$mail = $outlook.CreateItem(0)
# Set mail values
$mail.To = “user@dotcom”
$mail.Subject = “subject”
$body = “body”
$mail.Body = $body
# send mail values
$mail.Send()
# close outlook instance
$outlook.Quit()
I am trying to run a PowerShell script that opens excel, reads some data, and closes excel. I was running the script earlier with no problems, but now there is a message that prevents the email from being sent that says the file is open in another application. The file is not open and there are no other users in the workbook. How can I prevent this message so that my email can send without any interaction? # create excel instance
$excel = new-object -comobject excel.application
# hide excel instance
$excel.Visible = $false
# locate file
$filePath = “https://confidential-my.sharepoint.com/personal/onlineUser/Documents/onlineExcel.xlsx?web=1”
# open excel workbook
$workbook = $excel.Workbooks.Open($FilePath)
# set excel worksheet
$worksheet = $workbook.ActiveSheet
# unsort excel worksheet
$worksheet.Sort.SortFields.Clear()
$worksheet.Sort.SetRange($worksheet.UsedRange)
$worksheet.Sort.Apply()
# get yesterdays date
$yesterdaysDate = (Get-Date).AddDays(-1).ToString(“M/d/yyyy”)
# unfilter excel worksheet
if ($worksheet.AutoFilterMode) {
$worksheet.AutoFilterMode = $false
}
# filter excel worksheet
$filter = $worksheet.ListObjects(“OfficeForms.Table”).Range.AutoFilter(3, $yesterdaysDate)
# define microzones
# removed list elements for confidentiality
$zone1 = @()
$zone2 = @()
$zone3 = @()
$zone4 = @()
$zone5 = @()
$zone6 = @()
$zone7 = @()
$superZone = @($zone1; $zone2; $zone3; $zone4; $zone5; $zone6; $zone7)
# get excel values
$values = @()
for ($i = 9; $i -le 15; $i++) {
foreach ($cell in $worksheet.ListObjects(“tableName”).Range.Columns.Item($i).SpecialCells(12).Cells) {
$values += $cell.Value2
}
}
# remove excel values
$values = $values | Where-Object { $_ -match “^d” }
# identify incomplete microzones
$emptyValues = @()
foreach ($zone in $superZone) {
if (-not ($values -contains $zone)) {
$emptyValues += $zone
}
}
# close excel workbook
$excel.Workbooks.Close()
# close excel instance
$excel.Quit()
# release excel instance
#$object = [System.Runtime.Interopservices.Marshal]::ReleaseComObject($excel)
# create outlook instance
$outlook = New-Object -ComObject Outlook.Application
# create mail item
$mail = $outlook.CreateItem(0)
# Set mail values
$mail.To = “user@dotcom”
$mail.Subject = “subject”
$body = “body”
$mail.Body = $body
# send mail values
$mail.Send()
# close outlook instance
$outlook.Quit() Read More
Build AI Applications with Redis and Azure SQL Database | Data Exposed
Learn how you can create an AI enabled application using vector storage in Azure Cache for Redis and the Azure SQL Database.
Resources:
Intelligent applications with Azure SQL Database
Azure SQL bindings for Azure Functions overview
View/share our latest episodes on Microsoft Learn and YouTube!
Microsoft Tech Community – Latest Blogs –Read More
Discover and Assess Your Workloads Before Migrating to Azure with Azure Migrate
End to End Pattern to migrate simple to complex application workloads.
Version 1.0 Public Endpoint
Scenario 01: Migrate VMware Guest VM’s to Azure Native VMs using Azure Migrate Appliance
Part 1: What we have hosted in on-premises environment <source>
Before you can migrate your applications to Azure, you need to understand your current on-premises environment, including the connectivity, dependencies, performance, and configuration of your servers and applications.
Details about on-premises environment:
Guests hosted on VMware Hypervisor
Domain Controller
Servers (assume we have minimum CMDB information about server owner and no information about connectivity and apps/DB hosted on each workload and why we hosted the servers and what’s running on it)
vSphere Datacenter
CMDB:
Domain (FFL/DFL):
4. Website URL and DB (assume no idea about this app do – functionality and so on), we will further delve in Discovery and assess phase to connect the dots and migrate the workloads successfully.
Part 2: Deploying Azure Migrate appliance for Discovery and Assessment
All about Azure Migrate appliance à Azure Migrate documentation | Microsoft Learn
CAF Migrate à Migrate overview – Cloud Adoption Framework | Microsoft Learn
How to decide which Azure Migrate appliance is right for your environment? – Microsoft Community Hub
Scenario: Discovery using appliance – agentless. Read more about it here on prerequisites
Once you have created the Azure Migrate Project and configured your appliance as outlined here, you will see the following resources provisioned for Azure Migrate –
Azure Migrate Appliance Status (non-domain joined, and selected password never expires for default administrator user, you can domain join and disable default local admin user to be compliant with your company policies):
1. Azure Migrate Appliance Status:
2. Select Resource Group à ‘show hidden types’
3. Go to your Entra à
4. Azure Key Vault à Certificates
Appliance Registered successfully and discovery in progress.
Once the discovery is completed, will start deep diving in Discovery, Assess and Planning in the upcoming series.
Scenario 2: Discover same source estate and modernize to Azure PaaS than Azure Native VMs
Scenario 3: Discover Linux Workloads and migrate to Azure Native VMs / PaaS / AKS
Scenario 4: Azure Migrate deployment using Private Endpoints
If you have any questions or feedback, please leave a comment below. I would love to hear from you and help you with any topic that you want to learn more about and to make your migrations successful.
Microsoft Tech Community – Latest Blogs –Read More
Windows resiliency: Best practices and the path forward
The broad, open nature and scale of the Windows computing ecosystem is part of what makes it a powerful and unmatched choice across the globe. The recent CrowdStrike incident underscores the need for mission-critical resiliency within every organization, and our unique ability to support the change required.
When a major incident arises, we focus on remediation, learning, and change, all while communicating transparently to our ecosystem. On Saturday, David Weston described our “first responder” approach. Since the start, we engaged over 5,000 support engineers working 24×7 to help bring critical services back online. We are providing ongoing updates via the Windows release health dashboard, where we detail remediation steps, including a signed Microsoft Recovery Tool.
Our goal is to be your trusted partner as you leverage technology and the end-to-end Microsoft stack to deliver amazing value for your workforce, your customers, and your partners. That means, when an issue arises, we immediately engage with partners and customers to dig into the details, help, learn, and evolve.
This incident shows clearly that Windows must prioritize change and innovation in the area of end-to-end resilience. These improvements must go hand in hand with ongoing improvements in security and be in close cooperation with our many partners, who also care deeply about the security of the Windows ecosystem.
Examples of innovation include the recently announced VBS enclaves, which provide an isolated compute environment that does not require kernel mode drivers to be tamper resistant, and the Microsoft Azure Attestation service, which can help determine boot path security posture. These examples use modern Zero Trust approaches and show what can be done to encourage development practices that do not rely on kernel access. We will continue to develop these capabilities, harden our platform, and do even more to improve the resiliency of the Windows ecosystem, working openly and collaboratively with the broad security community.
There is always the chance that an outage will impact an organization. Over the last few days, we’ve been on thousands of calls with organizations around the world. We’ve observed that those who were able to remediate and recover the most quickly followed a similar set of practices. We want to share those best practices with you.
Best practices to support resiliency in your organization
Have business continuity planning (BCP) and a major incident response plan (MIRP) in place. Include response and recovery best practices that outline the steps needed to get your environment back up and operating, including who to call and how to get support.
Back up data securely and often. We recommend your organization utilize cloud storage and backup solutions, as these are great options for securely accessing, sharing, and collaborating on files from anywhere. Organizations utilizing cloud storage solutions have had better experiences getting back online, as this removed barriers to simply resetting the device.
Ensure that you can restore your Windows devices quickly. A key component of resiliency in the event of an issue is to regularly create system restore points and use Windows built-in recovery options to restore devices. If you use Azure virtual machines, you can take a snapshot of your VMs. Organizations with recent restore points were able to recover more quickly from the recent CrowdStrike issue and we observed that virtualized/cloud environments were among the quickest to recover.
Utilize deployment rings. Extend safe deployment practices into your environment by creating deployment rings to manage the rollout of updates and new features. Utilize your existing device management tools to manage deployment risk using the same approach Microsoft does. Alternatively, take advantage of automated deployment with Windows Autopatch. If you are using non-Microsoft products in your environment, including antivirus solutions, ensure that they offer ring-based deployment so you can control the pace and scale for your environment. As an example, Microsoft Defender allows for custom configuration of both engine and intelligence update staging.
Use the latest Windows security defaults and enable Windows security baselines. Enable the security features that are available in Windows by default. Take advantage of Windows security baselines, which provide Microsoft-recommended, well-tested configurations based on feedback from Microsoft security engineering teams, product groups, partners, and organizations. Windows offers several built-in security features to leverage, from firewalls to encryption to biometrics, and more at the enterprise level with endpoint detection and response (EDR), data protection, vulnerability management, compliance monitoring and more.
Adopting a cloud-native approach to managing Windows devices can make it easier to deploy updates and support recovery efforts in outage scenarios. Look at ways to move away from on-premises solutions to cloud management solutions, cloud identity solutions, and ring-based deployment and update management solutions like Windows Autopatch.
Our commitment to transparency
Our focus continues to be on helping our customers recover from this incident. We will practice transparency in sharing learnings, best practices, and, eventually, more detailed discussions that include changes designed to strengthen the broader ecosystem moving forward.
Microsoft Tech Community – Latest Blogs –Read More
Can’t use daq. Unrecognized function or variable ‘daqregister’.
I’m completly new to mathlab.
I’m trying to use a contec force sensor and stream it too mathlab.
the main one I’m trying to do follow the guide found here:
https://www.contec.com/download/contract/contract2/?itemid=cd9cef94-04f7-430e-bb99-85e79e11d3bd&downloaditemid=4aa9af61-5eb7-496a-9212-c6a87f6d20ca
The command I’m getting stuck at is:
“`
>> daqregister(‘contec’)
Unrecognized function or variable ‘daqregister’.
Did you mean:
>> fdaregister(‘contec’)
“`
Here’s the result from a bunch of daq commands:
“`
>> devices = daq.getDevices
No data acquisition devices available.
Click here for a list of known vendors.
Click here for troubleshooting tips.
Unable to detect ‘ni’ hardware:
National Instruments NI-DAQmx driver is either not installed or the installed version is not supported.
Use the Windows Control Panel to uninstall any existing NI-DAQmx driver listed under ‘National Instruments Software’.
Then, open the Add-On Explorer to install the Data Acquisition Toolbox Support Package for
National Instruments NI-DAQmx Devices.
“`
“`
>> ver
—————————————————————————————————–
MATLAB Version: 9.7.0.1216025 (R2019b) Update 1
MATLAB License Number: *******
Operating System: Microsoft Windows 11 Pro Version 10.0 (Build 22631)
Java Version: Java 1.8.0_202-b08 with Oracle Corporation Java HotSpot(TM) 64-Bit Server VM mixed mode
—————————————————————————————————–
MATLAB Version 9.7 (R2019b)
Simulink Version 10.0 (R2019b)
5G Toolbox Version 1.2 (R2019b)
AUTOSAR Blockset Version 2.1 (R2019b)
Aerospace Blockset Version 4.2 (R2019b)
Aerospace Toolbox Version 3.2 (R2019b)
Antenna Toolbox Version 4.1 (R2019b)
Audio Toolbox Version 2.1 (R2019b)
Automated Driving Toolbox Version 3.0 (R2019b)
Bioinformatics Toolbox Version 4.13 (R2019b)
Communications Toolbox Version 7.2 (R2019b)
Computer Vision Toolbox Version 9.1 (R2019b)
Control System Toolbox Version 10.7 (R2019b)
Curve Fitting Toolbox Version 3.5.10 (R2019b)
DSP System Toolbox Version 9.9 (R2019b)
Data Acquisition Toolbox Version 4.0.1 (R2019b)
Database Toolbox Version 9.2 (R2019b)
Datafeed Toolbox Version 5.9 (R2019b)
Deep Learning Toolbox Version 13.0 (R2019b)
Econometrics Toolbox Version 5.3 (R2019b)
Embedded Coder Version 7.3 (R2019b)
Filter Design HDL Coder Version 3.1.6 (R2019b)
Financial Instruments Toolbox Version 2.10 (R2019b)
Financial Toolbox Version 5.14 (R2019b)
Fixed-Point Designer Version 6.4 (R2019b)
Fuzzy Logic Toolbox Version 2.6 (R2019b)
GPU Coder Version 1.4 (R2019b)
Global Optimization Toolbox Version 4.2 (R2019b)
HDL Coder Version 3.15 (R2019b)
HDL Verifier Version 6.0 (R2019b)
Image Acquisition Toolbox Version 6.1 (R2019b)
Image Processing Toolbox Version 11.0 (R2019b)
Instrument Control Toolbox Version 4.1 (R2019b)
LTE HDL Toolbox Version 1.4 (R2019b)
LTE Toolbox Version 3.2 (R2019b)
MATLAB Coder Version 4.3 (R2019b)
MATLAB Compiler Version 7.1 (R2019b)
MATLAB Compiler SDK Version 6.7 (R2019b)
MATLAB Report Generator Version 5.7 (R2019b)
Mapping Toolbox Version 4.9 (R2019b)
Mixed-Signal Blockset Version 1.1 (R2019b)
Model Predictive Control Toolbox Version 6.3.1 (R2019b)
Model-Based Calibration Toolbox Version 5.7 (R2019b)
Navigation Toolbox Version 1.0 (R2019b)
OPC Toolbox Version 4.0.8 (R2019b)
Optimization Toolbox Version 8.4 (R2019b)
Parallel Computing Toolbox Version 7.1 (R2019b)
Partial Differential Equation Toolbox Version 3.3 (R2019b)
Phased Array System Toolbox Version 4.2 (R2019b)
Powertrain Blockset Version 1.6 (R2019b)
Predictive Maintenance Toolbox Version 2.1 (R2019b)
RF Blockset Version 7.3 (R2019b)
RF Toolbox Version 3.7 (R2019b)
ROS Toolbox Version 1.0 (R2019b)
Reinforcement Learning Toolbox Version 1.1 (R2019b)
Risk Management Toolbox Version 1.6 (R2019b)
Robotics System Toolbox Version 3.0 (R2019b)
Robust Control Toolbox Version 6.7 (R2019b)
Sensor Fusion and Tracking Toolbox Version 1.2 (R2019b)
SerDes Toolbox Version 1.1 (R2019b)
Signal Processing Toolbox Version 8.3 (R2019b)
SimBiology Version 5.9 (R2019b)
SimEvents Version 5.7 (R2019b)
Simscape Version 4.7 (R2019b)
Simscape Driveline Version 3.0 (R2019b)
Simscape Electrical Version 7.2 (R2019b)
Simscape Fluids Version 2.7 (R2019b)
Simscape Multibody Version 7.0 (R2019b)
Simulink 3D Animation Version 8.3 (R2019b)
Simulink Check Version 4.4 (R2019b)
Simulink Code Inspector Version 3.5 (R2019b)
Simulink Coder Version 9.2 (R2019b)
Simulink Control Design Version 5.4 (R2019b)
Simulink Coverage Version 4.4 (R2019b)
Simulink Design Optimization Version 3.7 (R2019b)
Simulink Design Verifier Version 4.2 (R2019b)
Simulink Desktop Real-Time Version 5.9 (R2019b)
Simulink PLC Coder Version 3.1 (R2019b)
Simulink Real-Time Version 6.11 (R2019b)
Simulink Report Generator Version 5.7 (R2019b)
Simulink Requirements Version 1.4 (R2019b)
Simulink Test Version 3.1 (R2019b)
SoC Blockset Version 1.1 (R2019b)
Spreadsheet Link Version 3.4.2 (R2019b)
Stateflow Version 10.1 (R2019b)
Statistics and Machine Learning Toolbox Version 11.6 (R2019b)
Symbolic Math Toolbox Version 8.4 (R2019b)
System Composer Version 1.1 (R2019b)
System Identification Toolbox Version 9.11 (R2019b)
Text Analytics Toolbox Version 1.4 (R2019b)
Trading Toolbox Version 3.6 (R2019b)
Vehicle Dynamics Blockset Version 1.3 (R2019b)
Vehicle Network Toolbox Version 4.3 (R2019b)
Vision HDL Toolbox Version 2.0 (R2019b)
WLAN Toolbox Version 2.2 (R2019b)
Wavelet Toolbox Version 5.3 (R2019b)
>>
“`
“`
>> daqhwinfo
Function ‘daqhwinfo’ unsupported. Use the session-based
interface.
“`
“`
>> methods(‘daq’)
No class daq.
>>>functions
Error using functions Not enough input arguments.
“`
“`
>>>doc daq
‘opens the docs’
“`I’m completly new to mathlab.
I’m trying to use a contec force sensor and stream it too mathlab.
the main one I’m trying to do follow the guide found here:
https://www.contec.com/download/contract/contract2/?itemid=cd9cef94-04f7-430e-bb99-85e79e11d3bd&downloaditemid=4aa9af61-5eb7-496a-9212-c6a87f6d20ca
The command I’m getting stuck at is:
“`
>> daqregister(‘contec’)
Unrecognized function or variable ‘daqregister’.
Did you mean:
>> fdaregister(‘contec’)
“`
Here’s the result from a bunch of daq commands:
“`
>> devices = daq.getDevices
No data acquisition devices available.
Click here for a list of known vendors.
Click here for troubleshooting tips.
Unable to detect ‘ni’ hardware:
National Instruments NI-DAQmx driver is either not installed or the installed version is not supported.
Use the Windows Control Panel to uninstall any existing NI-DAQmx driver listed under ‘National Instruments Software’.
Then, open the Add-On Explorer to install the Data Acquisition Toolbox Support Package for
National Instruments NI-DAQmx Devices.
“`
“`
>> ver
—————————————————————————————————–
MATLAB Version: 9.7.0.1216025 (R2019b) Update 1
MATLAB License Number: *******
Operating System: Microsoft Windows 11 Pro Version 10.0 (Build 22631)
Java Version: Java 1.8.0_202-b08 with Oracle Corporation Java HotSpot(TM) 64-Bit Server VM mixed mode
—————————————————————————————————–
MATLAB Version 9.7 (R2019b)
Simulink Version 10.0 (R2019b)
5G Toolbox Version 1.2 (R2019b)
AUTOSAR Blockset Version 2.1 (R2019b)
Aerospace Blockset Version 4.2 (R2019b)
Aerospace Toolbox Version 3.2 (R2019b)
Antenna Toolbox Version 4.1 (R2019b)
Audio Toolbox Version 2.1 (R2019b)
Automated Driving Toolbox Version 3.0 (R2019b)
Bioinformatics Toolbox Version 4.13 (R2019b)
Communications Toolbox Version 7.2 (R2019b)
Computer Vision Toolbox Version 9.1 (R2019b)
Control System Toolbox Version 10.7 (R2019b)
Curve Fitting Toolbox Version 3.5.10 (R2019b)
DSP System Toolbox Version 9.9 (R2019b)
Data Acquisition Toolbox Version 4.0.1 (R2019b)
Database Toolbox Version 9.2 (R2019b)
Datafeed Toolbox Version 5.9 (R2019b)
Deep Learning Toolbox Version 13.0 (R2019b)
Econometrics Toolbox Version 5.3 (R2019b)
Embedded Coder Version 7.3 (R2019b)
Filter Design HDL Coder Version 3.1.6 (R2019b)
Financial Instruments Toolbox Version 2.10 (R2019b)
Financial Toolbox Version 5.14 (R2019b)
Fixed-Point Designer Version 6.4 (R2019b)
Fuzzy Logic Toolbox Version 2.6 (R2019b)
GPU Coder Version 1.4 (R2019b)
Global Optimization Toolbox Version 4.2 (R2019b)
HDL Coder Version 3.15 (R2019b)
HDL Verifier Version 6.0 (R2019b)
Image Acquisition Toolbox Version 6.1 (R2019b)
Image Processing Toolbox Version 11.0 (R2019b)
Instrument Control Toolbox Version 4.1 (R2019b)
LTE HDL Toolbox Version 1.4 (R2019b)
LTE Toolbox Version 3.2 (R2019b)
MATLAB Coder Version 4.3 (R2019b)
MATLAB Compiler Version 7.1 (R2019b)
MATLAB Compiler SDK Version 6.7 (R2019b)
MATLAB Report Generator Version 5.7 (R2019b)
Mapping Toolbox Version 4.9 (R2019b)
Mixed-Signal Blockset Version 1.1 (R2019b)
Model Predictive Control Toolbox Version 6.3.1 (R2019b)
Model-Based Calibration Toolbox Version 5.7 (R2019b)
Navigation Toolbox Version 1.0 (R2019b)
OPC Toolbox Version 4.0.8 (R2019b)
Optimization Toolbox Version 8.4 (R2019b)
Parallel Computing Toolbox Version 7.1 (R2019b)
Partial Differential Equation Toolbox Version 3.3 (R2019b)
Phased Array System Toolbox Version 4.2 (R2019b)
Powertrain Blockset Version 1.6 (R2019b)
Predictive Maintenance Toolbox Version 2.1 (R2019b)
RF Blockset Version 7.3 (R2019b)
RF Toolbox Version 3.7 (R2019b)
ROS Toolbox Version 1.0 (R2019b)
Reinforcement Learning Toolbox Version 1.1 (R2019b)
Risk Management Toolbox Version 1.6 (R2019b)
Robotics System Toolbox Version 3.0 (R2019b)
Robust Control Toolbox Version 6.7 (R2019b)
Sensor Fusion and Tracking Toolbox Version 1.2 (R2019b)
SerDes Toolbox Version 1.1 (R2019b)
Signal Processing Toolbox Version 8.3 (R2019b)
SimBiology Version 5.9 (R2019b)
SimEvents Version 5.7 (R2019b)
Simscape Version 4.7 (R2019b)
Simscape Driveline Version 3.0 (R2019b)
Simscape Electrical Version 7.2 (R2019b)
Simscape Fluids Version 2.7 (R2019b)
Simscape Multibody Version 7.0 (R2019b)
Simulink 3D Animation Version 8.3 (R2019b)
Simulink Check Version 4.4 (R2019b)
Simulink Code Inspector Version 3.5 (R2019b)
Simulink Coder Version 9.2 (R2019b)
Simulink Control Design Version 5.4 (R2019b)
Simulink Coverage Version 4.4 (R2019b)
Simulink Design Optimization Version 3.7 (R2019b)
Simulink Design Verifier Version 4.2 (R2019b)
Simulink Desktop Real-Time Version 5.9 (R2019b)
Simulink PLC Coder Version 3.1 (R2019b)
Simulink Real-Time Version 6.11 (R2019b)
Simulink Report Generator Version 5.7 (R2019b)
Simulink Requirements Version 1.4 (R2019b)
Simulink Test Version 3.1 (R2019b)
SoC Blockset Version 1.1 (R2019b)
Spreadsheet Link Version 3.4.2 (R2019b)
Stateflow Version 10.1 (R2019b)
Statistics and Machine Learning Toolbox Version 11.6 (R2019b)
Symbolic Math Toolbox Version 8.4 (R2019b)
System Composer Version 1.1 (R2019b)
System Identification Toolbox Version 9.11 (R2019b)
Text Analytics Toolbox Version 1.4 (R2019b)
Trading Toolbox Version 3.6 (R2019b)
Vehicle Dynamics Blockset Version 1.3 (R2019b)
Vehicle Network Toolbox Version 4.3 (R2019b)
Vision HDL Toolbox Version 2.0 (R2019b)
WLAN Toolbox Version 2.2 (R2019b)
Wavelet Toolbox Version 5.3 (R2019b)
>>
“`
“`
>> daqhwinfo
Function ‘daqhwinfo’ unsupported. Use the session-based
interface.
“`
“`
>> methods(‘daq’)
No class daq.
>>>functions
Error using functions Not enough input arguments.
“`
“`
>>>doc daq
‘opens the docs’
“` I’m completly new to mathlab.
I’m trying to use a contec force sensor and stream it too mathlab.
the main one I’m trying to do follow the guide found here:
https://www.contec.com/download/contract/contract2/?itemid=cd9cef94-04f7-430e-bb99-85e79e11d3bd&downloaditemid=4aa9af61-5eb7-496a-9212-c6a87f6d20ca
The command I’m getting stuck at is:
“`
>> daqregister(‘contec’)
Unrecognized function or variable ‘daqregister’.
Did you mean:
>> fdaregister(‘contec’)
“`
Here’s the result from a bunch of daq commands:
“`
>> devices = daq.getDevices
No data acquisition devices available.
Click here for a list of known vendors.
Click here for troubleshooting tips.
Unable to detect ‘ni’ hardware:
National Instruments NI-DAQmx driver is either not installed or the installed version is not supported.
Use the Windows Control Panel to uninstall any existing NI-DAQmx driver listed under ‘National Instruments Software’.
Then, open the Add-On Explorer to install the Data Acquisition Toolbox Support Package for
National Instruments NI-DAQmx Devices.
“`
“`
>> ver
—————————————————————————————————–
MATLAB Version: 9.7.0.1216025 (R2019b) Update 1
MATLAB License Number: *******
Operating System: Microsoft Windows 11 Pro Version 10.0 (Build 22631)
Java Version: Java 1.8.0_202-b08 with Oracle Corporation Java HotSpot(TM) 64-Bit Server VM mixed mode
—————————————————————————————————–
MATLAB Version 9.7 (R2019b)
Simulink Version 10.0 (R2019b)
5G Toolbox Version 1.2 (R2019b)
AUTOSAR Blockset Version 2.1 (R2019b)
Aerospace Blockset Version 4.2 (R2019b)
Aerospace Toolbox Version 3.2 (R2019b)
Antenna Toolbox Version 4.1 (R2019b)
Audio Toolbox Version 2.1 (R2019b)
Automated Driving Toolbox Version 3.0 (R2019b)
Bioinformatics Toolbox Version 4.13 (R2019b)
Communications Toolbox Version 7.2 (R2019b)
Computer Vision Toolbox Version 9.1 (R2019b)
Control System Toolbox Version 10.7 (R2019b)
Curve Fitting Toolbox Version 3.5.10 (R2019b)
DSP System Toolbox Version 9.9 (R2019b)
Data Acquisition Toolbox Version 4.0.1 (R2019b)
Database Toolbox Version 9.2 (R2019b)
Datafeed Toolbox Version 5.9 (R2019b)
Deep Learning Toolbox Version 13.0 (R2019b)
Econometrics Toolbox Version 5.3 (R2019b)
Embedded Coder Version 7.3 (R2019b)
Filter Design HDL Coder Version 3.1.6 (R2019b)
Financial Instruments Toolbox Version 2.10 (R2019b)
Financial Toolbox Version 5.14 (R2019b)
Fixed-Point Designer Version 6.4 (R2019b)
Fuzzy Logic Toolbox Version 2.6 (R2019b)
GPU Coder Version 1.4 (R2019b)
Global Optimization Toolbox Version 4.2 (R2019b)
HDL Coder Version 3.15 (R2019b)
HDL Verifier Version 6.0 (R2019b)
Image Acquisition Toolbox Version 6.1 (R2019b)
Image Processing Toolbox Version 11.0 (R2019b)
Instrument Control Toolbox Version 4.1 (R2019b)
LTE HDL Toolbox Version 1.4 (R2019b)
LTE Toolbox Version 3.2 (R2019b)
MATLAB Coder Version 4.3 (R2019b)
MATLAB Compiler Version 7.1 (R2019b)
MATLAB Compiler SDK Version 6.7 (R2019b)
MATLAB Report Generator Version 5.7 (R2019b)
Mapping Toolbox Version 4.9 (R2019b)
Mixed-Signal Blockset Version 1.1 (R2019b)
Model Predictive Control Toolbox Version 6.3.1 (R2019b)
Model-Based Calibration Toolbox Version 5.7 (R2019b)
Navigation Toolbox Version 1.0 (R2019b)
OPC Toolbox Version 4.0.8 (R2019b)
Optimization Toolbox Version 8.4 (R2019b)
Parallel Computing Toolbox Version 7.1 (R2019b)
Partial Differential Equation Toolbox Version 3.3 (R2019b)
Phased Array System Toolbox Version 4.2 (R2019b)
Powertrain Blockset Version 1.6 (R2019b)
Predictive Maintenance Toolbox Version 2.1 (R2019b)
RF Blockset Version 7.3 (R2019b)
RF Toolbox Version 3.7 (R2019b)
ROS Toolbox Version 1.0 (R2019b)
Reinforcement Learning Toolbox Version 1.1 (R2019b)
Risk Management Toolbox Version 1.6 (R2019b)
Robotics System Toolbox Version 3.0 (R2019b)
Robust Control Toolbox Version 6.7 (R2019b)
Sensor Fusion and Tracking Toolbox Version 1.2 (R2019b)
SerDes Toolbox Version 1.1 (R2019b)
Signal Processing Toolbox Version 8.3 (R2019b)
SimBiology Version 5.9 (R2019b)
SimEvents Version 5.7 (R2019b)
Simscape Version 4.7 (R2019b)
Simscape Driveline Version 3.0 (R2019b)
Simscape Electrical Version 7.2 (R2019b)
Simscape Fluids Version 2.7 (R2019b)
Simscape Multibody Version 7.0 (R2019b)
Simulink 3D Animation Version 8.3 (R2019b)
Simulink Check Version 4.4 (R2019b)
Simulink Code Inspector Version 3.5 (R2019b)
Simulink Coder Version 9.2 (R2019b)
Simulink Control Design Version 5.4 (R2019b)
Simulink Coverage Version 4.4 (R2019b)
Simulink Design Optimization Version 3.7 (R2019b)
Simulink Design Verifier Version 4.2 (R2019b)
Simulink Desktop Real-Time Version 5.9 (R2019b)
Simulink PLC Coder Version 3.1 (R2019b)
Simulink Real-Time Version 6.11 (R2019b)
Simulink Report Generator Version 5.7 (R2019b)
Simulink Requirements Version 1.4 (R2019b)
Simulink Test Version 3.1 (R2019b)
SoC Blockset Version 1.1 (R2019b)
Spreadsheet Link Version 3.4.2 (R2019b)
Stateflow Version 10.1 (R2019b)
Statistics and Machine Learning Toolbox Version 11.6 (R2019b)
Symbolic Math Toolbox Version 8.4 (R2019b)
System Composer Version 1.1 (R2019b)
System Identification Toolbox Version 9.11 (R2019b)
Text Analytics Toolbox Version 1.4 (R2019b)
Trading Toolbox Version 3.6 (R2019b)
Vehicle Dynamics Blockset Version 1.3 (R2019b)
Vehicle Network Toolbox Version 4.3 (R2019b)
Vision HDL Toolbox Version 2.0 (R2019b)
WLAN Toolbox Version 2.2 (R2019b)
Wavelet Toolbox Version 5.3 (R2019b)
>>
“`
“`
>> daqhwinfo
Function ‘daqhwinfo’ unsupported. Use the session-based
interface.
“`
“`
>> methods(‘daq’)
No class daq.
>>>functions
Error using functions Not enough input arguments.
“`
“`
>>>doc daq
‘opens the docs’
“` data acquisition, daq, toolbox, register, data acquisition toolbox MATLAB Answers — New Questions
is it possible to simulate ultrasonic phased parametric array in matlab ?
Can we simulate parametric array using ultrasonic transmitter transducers in matlab using phased array APP.
How we assign single transducer element directional pattern for the phased array.Could you please address how to do it.Can we simulate parametric array using ultrasonic transmitter transducers in matlab using phased array APP.
How we assign single transducer element directional pattern for the phased array.Could you please address how to do it. Can we simulate parametric array using ultrasonic transmitter transducers in matlab using phased array APP.
How we assign single transducer element directional pattern for the phased array.Could you please address how to do it. parametric array, phased array MATLAB Answers — New Questions
How to calculate right parameters for 3-phase two winding transformer Simscape Block?
Hi. I have issues with understanding and using parameters for a 3-phase two winding power transformer Simscape Block.
Three-phase linear nonideal wye- and delta-configurable two-winding transformer with saturation capability – MATLAB (mathworks.com)
I need to simulate the voltage drop and transformer power losses in a system with a 3-phase two winding transformer. I have transformer parameters from it’s datasheet, such as rated power, rated primary and secondary voltages, rated currents. For estimation of impedances I have a short-circuit voltage, short-circuit power, no-load losses. From these I can calcualte winding impedances R1, R2, L1,L2. shunt magnetizing impedances Rm, Lm.
The problem is that I don’t know where and how to provide these parameter in Simscape block. The impedances in the block are in power and not clear which applies to what. Does enyone have more clear description of block parameters and their relativity to phisical parameters?Hi. I have issues with understanding and using parameters for a 3-phase two winding power transformer Simscape Block.
Three-phase linear nonideal wye- and delta-configurable two-winding transformer with saturation capability – MATLAB (mathworks.com)
I need to simulate the voltage drop and transformer power losses in a system with a 3-phase two winding transformer. I have transformer parameters from it’s datasheet, such as rated power, rated primary and secondary voltages, rated currents. For estimation of impedances I have a short-circuit voltage, short-circuit power, no-load losses. From these I can calcualte winding impedances R1, R2, L1,L2. shunt magnetizing impedances Rm, Lm.
The problem is that I don’t know where and how to provide these parameter in Simscape block. The impedances in the block are in power and not clear which applies to what. Does enyone have more clear description of block parameters and their relativity to phisical parameters? Hi. I have issues with understanding and using parameters for a 3-phase two winding power transformer Simscape Block.
Three-phase linear nonideal wye- and delta-configurable two-winding transformer with saturation capability – MATLAB (mathworks.com)
I need to simulate the voltage drop and transformer power losses in a system with a 3-phase two winding transformer. I have transformer parameters from it’s datasheet, such as rated power, rated primary and secondary voltages, rated currents. For estimation of impedances I have a short-circuit voltage, short-circuit power, no-load losses. From these I can calcualte winding impedances R1, R2, L1,L2. shunt magnetizing impedances Rm, Lm.
The problem is that I don’t know where and how to provide these parameter in Simscape block. The impedances in the block are in power and not clear which applies to what. Does enyone have more clear description of block parameters and their relativity to phisical parameters? transformer, simscape, 3-phase MATLAB Answers — New Questions
Ricoh finisher options are not working
Hi,
I have Ricoh IM C4510 deployed in UP. I’m using the V4 Universal Driver. When I try to print something, I can select the options for hole punching and stapling, but the print job does not go through the finishing unit to perform any of those actions. Is there a way to fix this?
Thanks
Hi, I have Ricoh IM C4510 deployed in UP. I’m using the V4 Universal Driver. When I try to print something, I can select the options for hole punching and stapling, but the print job does not go through the finishing unit to perform any of those actions. Is there a way to fix this? Thanks Read More
Source data for Document Library Details Panel
I had an end user accidently delete some documents, which I restored via the Document Library Recycle BIN. I am being told that some of the documents have not returned. I am able to see some activity in the Library Details Panel [see screenshot]. Does anyone know where I can find this source data and download it so I can see what happened on that Monday July 22nd?
Got to this by clicking on the i icon
I had an end user accidently delete some documents, which I restored via the Document Library Recycle BIN. I am being told that some of the documents have not returned. I am able to see some activity in the Library Details Panel [see screenshot]. Does anyone know where I can find this source data and download it so I can see what happened on that Monday July 22nd? Got to this by clicking on the i icon Read More
Microsoft EXCEL file PASSWORD RECOVERY [for Microsoft 365 MSO (Version 2407) 64-bit]
My name is Johnson M, and I’m from India.
I use Microsoft 365 on my home laptop and have stored all my details in an Excel file that I’ve been updating for a long time. In mid-May, I changed the password, thinking I’d remember it, but now I can’t recall it despite trying all possible methods.
I’ve spent over a month trying to recover the password, using various online tips, YouTube videos, and even professional data recovery services, but nothing has worked.
I regret not reaching out to the forum sooner. Can you please help me?
Thank you so much!
My name is Johnson M, and I’m from India.I use Microsoft 365 on my home laptop and have stored all my details in an Excel file that I’ve been updating for a long time. In mid-May, I changed the password, thinking I’d remember it, but now I can’t recall it despite trying all possible methods.I’ve spent over a month trying to recover the password, using various online tips, YouTube videos, and even professional data recovery services, but nothing has worked.I regret not reaching out to the forum sooner. Can you please help me?Thank you so much! Read More
Plotting an image in a geospatial domain given Lat and Lon information
Dear all,
After trying everything and more, it is time to give up and ask for your help.
I do have a matrix of Lat values, a matrix of Lon values, and a matrix of actual data. I need to display this in a geospatial domain, overlaying a Shapefile. Additionally, it is essential for me to add a scale bar. I have tried, geoshow, goeplot, mapshow, worldmap, and probably something else too, but every time there is something that goes wrong (i.e., Adding GeographicAxes to axes is not supported, etc.).
The best I achieved was:
close all
clc
figure
geoshow(LAT, LON, DATA, ‘DisplayType’, ‘texturemap’);
mapshow(SHP, ‘FaceColor’, ‘none’, ‘EdgeColor’, ‘black’, ‘LineWidth’, 1.5);
colormap gray
The problem with the code above is that nothing is georeferenced and, as such, it is impossible for me to add a scale bar.
Could you please help me make a nice georeferenced map?
Any help would be greatly appreciated.
I have attached the LAT, LON, DATA, and SHP.
Thanks a lot in advanceDear all,
After trying everything and more, it is time to give up and ask for your help.
I do have a matrix of Lat values, a matrix of Lon values, and a matrix of actual data. I need to display this in a geospatial domain, overlaying a Shapefile. Additionally, it is essential for me to add a scale bar. I have tried, geoshow, goeplot, mapshow, worldmap, and probably something else too, but every time there is something that goes wrong (i.e., Adding GeographicAxes to axes is not supported, etc.).
The best I achieved was:
close all
clc
figure
geoshow(LAT, LON, DATA, ‘DisplayType’, ‘texturemap’);
mapshow(SHP, ‘FaceColor’, ‘none’, ‘EdgeColor’, ‘black’, ‘LineWidth’, 1.5);
colormap gray
The problem with the code above is that nothing is georeferenced and, as such, it is impossible for me to add a scale bar.
Could you please help me make a nice georeferenced map?
Any help would be greatly appreciated.
I have attached the LAT, LON, DATA, and SHP.
Thanks a lot in advance Dear all,
After trying everything and more, it is time to give up and ask for your help.
I do have a matrix of Lat values, a matrix of Lon values, and a matrix of actual data. I need to display this in a geospatial domain, overlaying a Shapefile. Additionally, it is essential for me to add a scale bar. I have tried, geoshow, goeplot, mapshow, worldmap, and probably something else too, but every time there is something that goes wrong (i.e., Adding GeographicAxes to axes is not supported, etc.).
The best I achieved was:
close all
clc
figure
geoshow(LAT, LON, DATA, ‘DisplayType’, ‘texturemap’);
mapshow(SHP, ‘FaceColor’, ‘none’, ‘EdgeColor’, ‘black’, ‘LineWidth’, 1.5);
colormap gray
The problem with the code above is that nothing is georeferenced and, as such, it is impossible for me to add a scale bar.
Could you please help me make a nice georeferenced map?
Any help would be greatly appreciated.
I have attached the LAT, LON, DATA, and SHP.
Thanks a lot in advance plot, geoplot, image, image analysis, image processing, geospatial, georeference, latitude, longitude MATLAB Answers — New Questions
Simulink Code inspector – Customize the header file search path
When I try to generate the Simulink Code inspector report, its defaulting to a mathdef.h located in the polyspaceveroiifiercxxinclude location. Is it possible to customize the code inspector to ignore the includes from the polyspace include location and use project specific location?When I try to generate the Simulink Code inspector report, its defaulting to a mathdef.h located in the polyspaceveroiifiercxxinclude location. Is it possible to customize the code inspector to ignore the includes from the polyspace include location and use project specific location? When I try to generate the Simulink Code inspector report, its defaulting to a mathdef.h located in the polyspaceveroiifiercxxinclude location. Is it possible to customize the code inspector to ignore the includes from the polyspace include location and use project specific location? simulink code inspector MATLAB Answers — New Questions
Client installation package for Mathlab
Hi all,
I’m looking for a way to create a "universal" installation package for Matlab.
Our users will not have local admin and due to security policies the software is installed by packages.
However im under the impression that there is no generic software install and that all specific features require a specific installation procedure.
Can you tell me if there is a way to achieve this? Or is it an option to use the webbased version somehow?
Any help is welcome.
Regards,Hi all,
I’m looking for a way to create a "universal" installation package for Matlab.
Our users will not have local admin and due to security policies the software is installed by packages.
However im under the impression that there is no generic software install and that all specific features require a specific installation procedure.
Can you tell me if there is a way to achieve this? Or is it an option to use the webbased version somehow?
Any help is welcome.
Regards, Hi all,
I’m looking for a way to create a "universal" installation package for Matlab.
Our users will not have local admin and due to security policies the software is installed by packages.
However im under the impression that there is no generic software install and that all specific features require a specific installation procedure.
Can you tell me if there is a way to achieve this? Or is it an option to use the webbased version somehow?
Any help is welcome.
Regards, mathlab installation package MATLAB Answers — New Questions
How do I add shapes to my Simulink model
I want to add a dotted line to add clarity to my model. In addition, I want to add a box to show future addition.
I do I add static shapes and figures (rectangle) to my model?I want to add a dotted line to add clarity to my model. In addition, I want to add a box to show future addition.
I do I add static shapes and figures (rectangle) to my model? I want to add a dotted line to add clarity to my model. In addition, I want to add a box to show future addition.
I do I add static shapes and figures (rectangle) to my model? static shapes MATLAB Answers — New Questions
Outlook Started Crashing – even in SAFE mode today.
This just started happening – I have not added any new applications or changed any settings. Everything has been working for WEEKS, Months!
Anyone else experiencing this on Windows 11?
Faulting application name: OUTLOOK.EXE, version: 16.0.17726.20160, time stamp: 0x668c527b
Faulting module name: ucrtbase.dll, version: 10.0.22621.3593, time stamp: 0x10c46e71
Exception code: 0xc0000005
Fault offset: 0x000000000005137c
Faulting process id: 0x0x2AD8
Faulting application start time: 0x0x1DADEBB287F3844
Faulting application path: C:Program FilesMicrosoft OfficerootOffice16OUTLOOK.EXE
Faulting module path: C:WindowsSystem32ucrtbase.dll
Report Id: dde66e9a-ce52-4e4b-81d0-4f88bb746329
Faulting package full name:
Faulting package-relative application ID:
This just started happening – I have not added any new applications or changed any settings. Everything has been working for WEEKS, Months! Anyone else experiencing this on Windows 11? Faulting application name: OUTLOOK.EXE, version: 16.0.17726.20160, time stamp: 0x668c527bFaulting module name: ucrtbase.dll, version: 10.0.22621.3593, time stamp: 0x10c46e71Exception code: 0xc0000005Fault offset: 0x000000000005137cFaulting process id: 0x0x2AD8Faulting application start time: 0x0x1DADEBB287F3844Faulting application path: C:Program FilesMicrosoft OfficerootOffice16OUTLOOK.EXEFaulting module path: C:WindowsSystem32ucrtbase.dllReport Id: dde66e9a-ce52-4e4b-81d0-4f88bb746329Faulting package full name:Faulting package-relative application ID: Read More
Health state monitoring for a service hosted on Azure Virtual Machine
I have a virtual machine hosted on Azure cloud, I wanted to add some monitoring on the health state of a service deployed on the VM. I already enabled the health monitoring extension to keep pinging the health URL of the service and return 200 or otherwise when the service is down. It shows green “Healthy” or yellow “Unhealthy” on the VM’s overview page, which is great.
I was expecting to get some data in this Insight log table HealthStateEventChange, when the service is down, but the table is always empty. Anyone who worked with this table or can give any support I would appreciate any.
https://learn.microsoft.com/en-us/azure/azure-monitor/reference/tables/HealthStateChangeEvent
I have a virtual machine hosted on Azure cloud, I wanted to add some monitoring on the health state of a service deployed on the VM. I already enabled the health monitoring extension to keep pinging the health URL of the service and return 200 or otherwise when the service is down. It shows green “Healthy” or yellow “Unhealthy” on the VM’s overview page, which is great. I was expecting to get some data in this Insight log table HealthStateEventChange, when the service is down, but the table is always empty. Anyone who worked with this table or can give any support I would appreciate any. https://learn.microsoft.com/en-us/azure/azure-monitor/reference/tables/HealthStateChangeEvent Read More
Phi-3 fine-tuning and new generative AI models are available for customizing and scaling AI apps
Developing and deploying AI applications at scale requires a robust and flexible platform that can handle the complex and diverse needs of modern enterprises. This is where Azure AI services come into play, offering developers the tools they need to create customized AI solutions grounded in their organizational data.
One of the most exciting updates in Azure AI is the recent introduction of serverless fine-tuning for Phi-3-mini and Phi-3-medium models. This feature enables developers to quickly and easily customize models for both cloud and edge scenarios without the need for extensive compute resources. Additionally, updates to Phi-3-mini have brought significant improvements in core quality, instruction-following, and structured output, allowing developers to build more performant models without additional costs.
Azure AI continues to expand its model offerings, with the latest additions including OpenAI’s GPT-4o mini, Meta’s Llama 3.1 405B, and Mistral’s Large 2. These models provide customers with greater choice and flexibility, enabling them to leverage the best tools for their specific needs. The introduction of Cohere Rerank further enhances Azure AI’s capabilities, offering enterprise-ready language models that deliver superior search results in production environments.
The Phi-3 family of small language models (SLMs) developed by Microsoft has been a game-changer in the AI landscape. These models are not only cost-effective but also outperform other models of the same size and even larger ones. Developers can fine-tune Phi-3-mini and Phi-3-medium with their data to build AI experiences that are more relevant to their users, safely and economically. The small compute footprint and cloud and edge compatibility of Phi-3 models make them ideal for a variety of scenarios, from tutoring to enhancing the consistency and quality of responses in chat and Q&A applications.
Microsoft’s collaboration with Khan Academy is a testament to the potential of Phi-3 models. Khan Academy uses Azure OpenAI Service to power Khanmigo for Teachers, an AI-powered teaching assistant that helps educators across 44 countries. Initial data shows that Phi-3 outperforms most other leading generative AI models in correcting and identifying student mistakes in math tutoring scenarios.
Azure AI’s commitment to innovation is further demonstrated by the introduction of Phi Silica, a powerful model designed specifically for the Neural Processing Unit (NPU) in Copilot+ PCs. This model empowers developers to build apps with safe, secure AI experiences, making Microsoft Windows the first platform to have a state-of-the-art SLM custom-built for the NPU.
The Azure AI model catalog now boasts over 1,600 models from various providers, including AI21, Cohere, Databricks, Hugging Face, Meta, Mistral, Microsoft Research, OpenAI, Snowflake, and Stability AI. This extensive selection ensures that developers have access to the best tools for their AI projects, whether they are working on traditional machine learning or generative AI applications.
Building AI solutions responsibly is at the core of AI development at Microsoft. Azure AI evaluations enable developers to iteratively assess the quality and safety of models and applications, informing mitigations and ensuring responsible AI deployment. Additional Azure AI Content Safety features, such as prompt shields and protected material detection, are now “on by default” in Azure OpenAI Service, providing an extra layer of security for developers.
Learn more about these recent exciting developments by checking out this blog: Announcing Phi-3 fine-tuning, new generative AI models, and other Azure AI updates to empower organizations to customize and scale AI applications | Microsoft Azure Blog
Developing and deploying AI applications at scale requires a robust and flexible platform that can handle the complex and diverse needs of modern enterprises. This is where Azure AI services come into play, offering developers the tools they need to create customized AI solutions grounded in their organizational data.
One of the most exciting updates in Azure AI is the recent introduction of serverless fine-tuning for Phi-3-mini and Phi-3-medium models. This feature enables developers to quickly and easily customize models for both cloud and edge scenarios without the need for extensive compute resources. Additionally, updates to Phi-3-mini have brought significant improvements in core quality, instruction-following, and structured output, allowing developers to build more performant models without additional costs.
Azure AI continues to expand its model offerings, with the latest additions including OpenAI’s GPT-4o mini, Meta’s Llama 3.1 405B, and Mistral’s Large 2. These models provide customers with greater choice and flexibility, enabling them to leverage the best tools for their specific needs. The introduction of Cohere Rerank further enhances Azure AI’s capabilities, offering enterprise-ready language models that deliver superior search results in production environments.
The Phi-3 family of small language models (SLMs) developed by Microsoft has been a game-changer in the AI landscape. These models are not only cost-effective but also outperform other models of the same size and even larger ones. Developers can fine-tune Phi-3-mini and Phi-3-medium with their data to build AI experiences that are more relevant to their users, safely and economically. The small compute footprint and cloud and edge compatibility of Phi-3 models make them ideal for a variety of scenarios, from tutoring to enhancing the consistency and quality of responses in chat and Q&A applications.
Microsoft’s collaboration with Khan Academy is a testament to the potential of Phi-3 models. Khan Academy uses Azure OpenAI Service to power Khanmigo for Teachers, an AI-powered teaching assistant that helps educators across 44 countries. Initial data shows that Phi-3 outperforms most other leading generative AI models in correcting and identifying student mistakes in math tutoring scenarios.
Azure AI’s commitment to innovation is further demonstrated by the introduction of Phi Silica, a powerful model designed specifically for the Neural Processing Unit (NPU) in Copilot+ PCs. This model empowers developers to build apps with safe, secure AI experiences, making Microsoft Windows the first platform to have a state-of-the-art SLM custom-built for the NPU.
The Azure AI model catalog now boasts over 1,600 models from various providers, including AI21, Cohere, Databricks, Hugging Face, Meta, Mistral, Microsoft Research, OpenAI, Snowflake, and Stability AI. This extensive selection ensures that developers have access to the best tools for their AI projects, whether they are working on traditional machine learning or generative AI applications.
Building AI solutions responsibly is at the core of AI development at Microsoft. Azure AI evaluations enable developers to iteratively assess the quality and safety of models and applications, informing mitigations and ensuring responsible AI deployment. Additional Azure AI Content Safety features, such as prompt shields and protected material detection, are now “on by default” in Azure OpenAI Service, providing an extra layer of security for developers.
Learn more about these recent exciting developments by checking out this blog: Announcing Phi-3 fine-tuning, new generative AI models, and other Azure AI updates to empower organizations to customize and scale AI applications | Microsoft Azure Blog Read More
Adding a redundant exchange server on Prem in hybrid environment
Hello,
I have an on Prem exchange 2016 server on Prem and I am looking for some advice adding a second one. We have several automated email generation processes running on our domain. When I have done exchange and/or windows updates emails have been dropped.
Kindly advice for best practice when adding a second 2016 exchange server.
Hello, I have an on Prem exchange 2016 server on Prem and I am looking for some advice adding a second one. We have several automated email generation processes running on our domain. When I have done exchange and/or windows updates emails have been dropped.Kindly advice for best practice when adding a second 2016 exchange server. Read More
