This website uses cookies to make the offer more user-friendly and effective. Please agree to the use of cookies in order to be able to use all functions of the website.Further information

26 - 28 February 2019 // Nuremberg, Germany

Posting print layout

What information should be shown in the print layout?

Create print layout
Exhibitors & Products embedded world 2018
Zoom product LOGO_TASKING Perfromance Libraries

TASKING Perfromance Libraries

LOGO_TASKING Perfromance Libraries

TASKING Perfromance Libraries

Request information Request information

Contact us

Please enter your personal information and desired appointment. You can also leave us a message.

Your personal information

Your message for us

Desired appointment during the exhibition

* Compulsory fields you must fill in.
Your message has been sent.

You do not have a registration yet? Register now and use all advantages of the Exhibitor Database.

An error has occurred.

The TASKING® LAPACK Performance Library provides the Linear Algebra PACKage (LAPACK) and the Basic Linear Algebra Subroutines (BLAS) in the form of a highly-optimized and highly-tested ISO-C99 compliant source code library.

Linear algebra is a central theme in mathematics. It concerns linear equations and their representations through matrices and vectors and is relevant for every engineering discipline. The mathematical complexity of today’s Advanced Driver Assist Systems (ADAS) has raised computation to a level that is best served from a set of widely used, well tested, accurate, and fast de facto standard libraries such as the LAPACK and the BLAS. Application areas that benefit from the availability of such library include: Kinematic and dynamic vehicle modelling; Object detection and classification using either classic algorithms or artificial intelligence (AI); Sensor data fusion; Free space detection; Drive path planning; and others.

The TASKING library provides a full implementation of the LAPACK and the BLAS for single precision arithmetic. It facilitates a seamless port of existing existing LAPACK/BLAS based software to embedded devices, and it is compatible with the output of the MathWorks MATLAB and Simulink autocoders, which makes it easy to deploy the library in an existing software development flow.

The TASKING Performance Libraries for Tricore AURIX are highly-optimized for the Infineon TriCore AURIX and AURIX 2nd Generation microcontrollers, and have been tuned and verified using the TASKING TriCore Compiler. The floating point peak performance of AURIX 2G devices with 6 TriCore cores is 1.8GFlop/sec, and the inner loops of the BLAS functions typically perform at or close to 300MFlop/sec per core. The library has been created using ASPICE level-2 compliant processes, and the resulting code has been verified and validated using the de facto standard "LAPACK Test Suite". As such the library is suited for use in safety related systems up to ASIL-B.

TASKING Embedded Profiler

LOGO_TASKING Embedded Profiler

TASKING VX-toolset for TriCore/AURIX

LOGO_TASKING VX-toolset for TriCore/AURIX

TASKING Safety Checker

LOGO_TASKING Safety Checker

TASKING Embedded Debugger

LOGO_TASKING Embedded Debugger

TASKING Perfromance Libraries is assigned to following product groups:


The selected entry has been placed in your favourites!

If you register you can save your favourites permanently and access all entries even when underway – via laptop or tablet.

You can register an account here to save your settings in the Exhibitors and Products Database and as well as in the Supporting Programme.The registration is not for the TicketShop and ExhibitorShop.

Register now

Your advantages at a glance:

  • Advantage Save your favourites permanently. Use the instant access to exhibitors or products saved – mobile too, anytime and anywhere – incl. memo function.
  • Advantage The optional newsletter gives you regular up-to-date information about new exhibitors and products – matched to your interests.
  • Advantage Call up your favourites mobile too! Simply log in and access them at anytime.