Enhance Your Software Testing with Custom Plugins! 🚀
BTC Embedded Systems
Enhance Your Software Testing with Custom Plugins! 🚀
0:50
Streamline Your Test-Driven Development in Simulink with BTC EmbeddedPlatform!
BTC Embedded Systems
Streamline Your Test-Driven Development in Simulink with BTC EmbeddedPlatform!
1:00
Effortless Simulink Debugging: Share and Explore with BTC EmbeddedPlatform's Sandbox Feature!
BTC Embedded Systems
Effortless Simulink Debugging: Share and Explore with BTC EmbeddedPlatform's Sandbox Feature!
0:51
Streamline Your Automotive Software Testing: One Tool for All Code Types!
BTC Embedded Systems
Streamline Your Automotive Software Testing: One Tool for All Code Types!
0:52
Revolutionize Traceability: Seamless Integration with BTC EmbeddedPlatform
BTC Embedded Systems
Revolutionize Traceability: Seamless Integration with BTC EmbeddedPlatform
1:01
Embedded Software - Model-based Development and Handcode
BTC Embedded Systems
Embedded Software - Model-based Development and Handcode
1:48
Embedded Software - SDV Toolchain Trends
BTC Embedded Systems
Embedded Software - SDV Toolchain Trends
2:26
What is a Software Defined Vehicle (SDV)? 🚗
BTC Embedded Systems
What is a Software Defined Vehicle (SDV)? 🚗
1:35
ISO 26262: Best Tool Confidence Level
BTC Embedded Systems
ISO 26262: Best Tool Confidence Level
3:27
Seamless Upgrades: Ensuring Software Reliability with BTC EmbeddedTester Migration Suite
BTC Embedded Systems
Seamless Upgrades: Ensuring Software Reliability with BTC EmbeddedTester Migration Suite
0:50
Say Goodbye to 'Works-on-My-Machine' with BTC EmbeddedPlatform!
BTC Embedded Systems
Say Goodbye to 'Works-on-My-Machine' with BTC EmbeddedPlatform!
0:52
Automate Your Test Cases with AI-Driven Model Checking!
BTC Embedded Systems
Automate Your Test Cases with AI-Driven Model Checking!
1:00
Boost Your Embedded Software Testing Efficiency with BTC EmbeddedPlatform!
BTC Embedded Systems
Boost Your Embedded Software Testing Efficiency with BTC EmbeddedPlatform!
0:59
Effortless Test Case Updates with BTC EmbeddedTester: Automate and Simplify!
BTC Embedded Systems
Effortless Test Case Updates with BTC EmbeddedTester: Automate and Simplify!
0:59
Boost Your Simulink Model Calibrations with BTC EmbeddedTester! 🚀
BTC Embedded Systems
Boost Your Simulink Model Calibrations with BTC EmbeddedTester! 🚀
0:51
AUTOSAR - 3 Myths of AUTOSAR
BTC Embedded Systems
AUTOSAR - 3 Myths of AUTOSAR
2:05
Effortless Hierarchical Testing for Simulink Models with BTC EmbeddedTester! 🚀
BTC Embedded Systems
Effortless Hierarchical Testing for Simulink Models with BTC EmbeddedTester! 🚀
0:51
Software Quality Summit - V Cycle in Automotive and how it enhances Software Quality
BTC Embedded Systems
Software Quality Summit - V Cycle in Automotive and how it enhances Software Quality
3:17
3 Ways to Improve Your Requirements Traceability
BTC Embedded Systems
3 Ways to Improve Your Requirements Traceability
1:46
Software Quality Summit - How to select the right tools for embedded software development workflow
BTC Embedded Systems
Software Quality Summit - How to select the right tools for embedded software development workflow
6:01
Software Quality Summit - Testing, Crafting and Developing a Safety-Critical Embedded Software
BTC Embedded Systems
Software Quality Summit - Testing, Crafting and Developing a Safety-Critical Embedded Software
4:53
Model-based Development - Do we still need Back-to-Back?
BTC Embedded Systems
Model-based Development - Do we still need Back-to-Back?
2:13
AUTOSAR - The right size of a software component
BTC Embedded Systems
AUTOSAR - The right size of a software component
3:53
Embedded Software - Is Excel a good authoring tool?
BTC Embedded Systems
Embedded Software - Is Excel a good authoring tool?
2:31
Formal Methods - How to test the untestable
BTC Embedded Systems
Formal Methods - How to test the untestable
2:25
Model-based Development - What you should know about testing variants
BTC Embedded Systems
Model-based Development - What you should know about testing variants
3:46
Autonomous Driving Testing - SOTIF - Safety of the Intended Functionality
BTC Embedded Systems
Autonomous Driving Testing - SOTIF - Safety of the Intended Functionality
3:32
Autonomous Driving Testing - Less is more - Maximum confidence with less effort
BTC Embedded Systems
Autonomous Driving Testing - Less is more - Maximum confidence with less effort
2:58
Model Coverage - How its different from Code Coverage?
BTC Embedded Systems
Model Coverage - How its different from Code Coverage?
2:42
Software Quality Summit Detroit - What function developers should know about AUTOSAR
BTC Embedded Systems
Software Quality Summit Detroit - What function developers should know about AUTOSAR
3:02
DevOps - Embracing the CI Evolution
BTC Embedded Systems
DevOps - Embracing the CI Evolution
4:29
AUTOSAR - Direction of arguments for AUTOSAR C/S communication
BTC Embedded Systems
AUTOSAR - Direction of arguments for AUTOSAR C/S communication
1:45
Autonomous Driving Testing - Can the cloud solve the complexity challenge?
BTC Embedded Systems
Autonomous Driving Testing - Can the cloud solve the complexity challenge?
3:38
Model-based Development Tip #3:  Fixed Step Size vs. Variable Step Size
BTC Embedded Systems
Model-based Development Tip #3: Fixed Step Size vs. Variable Step Size
2:34
AUTOSAR Tip #5: Calibration parameters
BTC Embedded Systems
AUTOSAR Tip #5: Calibration parameters
3:02
ISO 26262: 4 Ways to Qualify a Software Tool
BTC Embedded Systems
ISO 26262: 4 Ways to Qualify a Software Tool
2:34
Customer Story: ISO 26262 compliant software at JTEKT
BTC Embedded Systems
Customer Story: ISO 26262 compliant software at JTEKT
6:42
Customer Story: Continuous Integration for MBD at JTEKT
BTC Embedded Systems
Customer Story: Continuous Integration for MBD at JTEKT
6:40
AUTOSAR: Unit test of Client Server Communication
BTC Embedded Systems
AUTOSAR: Unit test of Client Server Communication
2:55
AUTOSAR: Difference between Application and Implementation Datatypes
BTC Embedded Systems
AUTOSAR: Difference between Application and Implementation Datatypes
3:38
AUTOSAR: Types of AUTOSAR Software Components
BTC Embedded Systems
AUTOSAR: Types of AUTOSAR Software Components
2:17
DevOps: What's a Container?
BTC Embedded Systems
DevOps: What's a Container?
3:26
Embedded Software: 3 Reasons for Model-Based Development
BTC Embedded Systems
Embedded Software: 3 Reasons for Model-Based Development
2:38
ISO 26262: Difference between Back-to-Back, Regression & Migration Test
BTC Embedded Systems
ISO 26262: Difference between Back-to-Back, Regression & Migration Test
3:06
ALM/ PLM Tools: Difference between a test case and a test case
BTC Embedded Systems
ALM/ PLM Tools: Difference between a test case and a test case
2:24
BTC Embedded Systems - Company
BTC Embedded Systems
BTC Embedded Systems - Company
2:39
Creating a test project for Simulink/Stateflow
BTC Embedded Systems
Creating a test project for Simulink/Stateflow
2:19
Regression Test
BTC Embedded Systems
Regression Test
1:51
Formal Verification
BTC Embedded Systems
Formal Verification
3:01
Formal Specification
BTC Embedded Systems
Formal Specification
2:44
Creating a test project for dSPACE TargetLink
BTC Embedded Systems
Creating a test project for dSPACE TargetLink
2:55
Code Coverage
BTC Embedded Systems
Code Coverage
2:21
Creating a test project for C Code
BTC Embedded Systems
Creating a test project for C Code
2:47
Connection with IBM DOORS
BTC Embedded Systems
Connection with IBM DOORS
2:12
Test Authoring
BTC Embedded Systems
Test Authoring
3:04
Back-to-Back Test
BTC Embedded Systems
Back-to-Back Test
1:55
Structural Test Generation
BTC Embedded Systems
Structural Test Generation
2:14
Migration Test
BTC Embedded Systems
Migration Test
1:51
Debugging
BTC Embedded Systems
Debugging
2:45
Additional Coverage Goals
BTC Embedded Systems
Additional Coverage Goals
2:06
Requirements Traceability with Siemens Polarion
BTC Embedded Systems
Requirements Traceability with Siemens Polarion
2:00
Test Automation with Jenkins
BTC Embedded Systems
Test Automation with Jenkins
2:44
BTC Embedded Systems: Von der Forschung zur Produktentwicklung (extended Version)
BTC Embedded Systems
BTC Embedded Systems: Von der Forschung zur Produktentwicklung (extended Version)
6:41
BTC Embedded Systems: Vom Working Student zum Research Engineer
BTC Embedded Systems
BTC Embedded Systems: Vom Working Student zum Research Engineer
2:25
BTC Embedded Systems: Unser CEO im Gespräch
BTC Embedded Systems
BTC Embedded Systems: Unser CEO im Gespräch
5:09
BTC Embedded Systems: Was uns wichtig ist
BTC Embedded Systems
BTC Embedded Systems: Was uns wichtig ist
4:02
BTC Embedded Systems: Von der Forschung zur Produktentwicklung
BTC Embedded Systems
BTC Embedded Systems: Von der Forschung zur Produktentwicklung
4:04
BTC Embedded Systems: Was machen unsere Application & Jr. Software Engineers?
BTC Embedded Systems
BTC Embedded Systems: Was machen unsere Application & Jr. Software Engineers?
3:25
Embedded Software: Reusing Test Cases Along the V-Cycle
BTC Embedded Systems
Embedded Software: Reusing Test Cases Along the V-Cycle
2:41
ISO 26262: What's a Unit?
BTC Embedded Systems
ISO 26262: What's a Unit?
2:30
Requirements Engineering Tip #6: Locally apparent preconditions
BTC Embedded Systems
Requirements Engineering Tip #6: Locally apparent preconditions
2:21
AUTOSAR Tip #4: Difference Between Implicit and Explicit
BTC Embedded Systems
AUTOSAR Tip #4: Difference Between Implicit and Explicit
2:07
AUTOSAR Tip #3: Client/ Server Interface communication attributes
BTC Embedded Systems
AUTOSAR Tip #3: Client/ Server Interface communication attributes
2:30
Model-Based Development Tip #2: Do we still need Requirements?
BTC Embedded Systems
Model-Based Development Tip #2: Do we still need Requirements?
2:32
Requirements Engineering Tip #5: Complete pre-conditions
BTC Embedded Systems
Requirements Engineering Tip #5: Complete pre-conditions
2:21
Requirements Engineering Tip #4: Unambigouse requirements sematics
BTC Embedded Systems
Requirements Engineering Tip #4: Unambigouse requirements sematics
3:11
TargetLink #4: External Code Dependencies
BTC Embedded Systems
TargetLink #4: External Code Dependencies
4:08
Requirements Engineering Tip #3: Consistently defined and used terms
BTC Embedded Systems
Requirements Engineering Tip #3: Consistently defined and used terms
2:21
AUTOSAR Tip #2: Sender/ Receiver interface communication attributes
BTC Embedded Systems
AUTOSAR Tip #2: Sender/ Receiver interface communication attributes
2:30
TargetLink Tip #3: How to Find Calibration Parameters?
BTC Embedded Systems
TargetLink Tip #3: How to Find Calibration Parameters?
1:43
Requirements Engineering Tip #2: Black-box view on functional requirements
BTC Embedded Systems
Requirements Engineering Tip #2: Black-box view on functional requirements
2:54
Jenkins Tour #2: My Laptop is an Agent!
BTC Embedded Systems
Jenkins Tour #2: My Laptop is an Agent!
1:55
TargetLink Tip #2: Links to and within the data dictionary
BTC Embedded Systems
TargetLink Tip #2: Links to and within the data dictionary
1:58
AUTOSAR Tip #1: Getting familiar with the main AUTOSAR Interfaces
BTC Embedded Systems
AUTOSAR Tip #1: Getting familiar with the main AUTOSAR Interfaces
1:58
Video Blog #4: Jenkins - Controller & Agents
BTC Embedded Systems
Video Blog #4: Jenkins - Controller & Agents
1:46
Video Blog #3: Difference between Simulink and TargetLink
BTC Embedded Systems
Video Blog #3: Difference between Simulink and TargetLink
1:58
Video Blog #2: Requirements Engineering - System and Software boundaries
BTC Embedded Systems
Video Blog #2: Requirements Engineering - System and Software boundaries
2:44
Video Blog #1: Model-Based Development - How to Structure Your Model For An Efficient Unit Test
BTC Embedded Systems
Video Blog #1: Model-Based Development - How to Structure Your Model For An Efficient Unit Test
2:14
How to install Jenkins on your own computer in 5 minutes!
BTC Embedded Systems
How to install Jenkins on your own computer in 5 minutes!
5:51
BTC Embedded Systems - Company Introduction
BTC Embedded Systems
BTC Embedded Systems - Company Introduction
2:39