White Paper

The Guidelines for Developing Test Solutions for Advanced Driver Assistance Systems ADAS

The Guidelines for Developing Test Solutions for Advanced Driver Assistance Systems ADAS
This whitepaper examines methods for going beyond the ISO 26262 standard requirements to identify and analyze potential hazards and risks with each ADAS as well as how to verify and validate ADAS functionality under variable conditions in the lab.

How to Adapt to the New Testing Needs: A Guide for Testing Electric, Hybrid, and Autonomous Vehicles

How to Adapt to the New Testing Needs: A Guide for Testing Electric, Hybrid, and Autonomous Vehicles
This whitepaper explores the challenges the industry is facing as this shift happens, particularly when it comes to testing the multitude of technologies needed during this transitional time and how companies can best prepare for a future where it is not yet clear which technology will prevail.

Guide: How to Navigate ISO 26262 based on DO 254 for Semiconductor Development

Guide: How to Navigate ISO 26262 based on DO 254 for Semiconductor Development
This paper will explore the main topics of this semiconductor consideration in the updated ISO 262622 and will compare/contrast these topics to similar aerospace guidance for semiconductor development (RTCA DO-2543).

The Value of the Mechanical Engineer in the Embedded Controls Industry

The Value of the Mechanical Engineer in the Embedded Controls Industry
This whitepaper will address why the Mechanical Engineer (ME) is valuable as an embedded control engineer in today's automotive industry. There is an entire discipline sitting under our noses that is not being used to its capacity. Realizing the value of MEs and adding their discipline to more job descriptions may help ease an industry-wide shortage pain.

6 Steps Towards a Model-Based Development Process

6 Steps Towards a Model-Based Development Process
This paper addresses the dominant factors for MBD cost savings and the business benefits that have been realized by companies in various industries engaged in MBD development.

How to Improve Fuel Efficiency by Optimizing Propulsion System Performance

How to Improve Fuel Efficiency by Optimizing Propulsion System Performance
This whitepaper provides an overview of how automotive engineers and researchers can take advantage of LHP Technology Solutions (LHPTS) system integration and automotive domain expertise to optimize powertrain performance using open-source hardware and software in one comprehensive platform.

How to Transform Complex Embedded Control Systms Using Model-Based Design

How to Transform Complex  Embedded Control Systms Using Model-Based Design
This paper explores how current technology trends are driving engineering organizations to establish collaborative, model-based workflows to speed development of high-quality embedded controls. It also describes the tools available to support model-based design, as well as best practices for implementing them successfully across your organization.

Thermal Management for EV/HEV Systems

Thermal Management for EV/HEV Systems
This paper provides an overview of those classical methods and simulation (model-based design), new system components, technologies, and modern controil techniques that have been recently researched and are on the forefront of EV and HEV thermal systems design.
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