Maxeler Technology Sample Clauses

Maxeler Technology. Maximum Performance Computing (MPC) changes the classical computer science optimization from ease-of-programming to maximizing performance and minimizing total cost of computing. Performance is optimized by constructing compute engines to generate one result per clock cycle, wherever possible. Ease-of-programming is still important but takes second place to performance, computational density and power consumption. As such, MPC focuses on mission critical, long running computations with large datasets and complex numerical and intense statistical content. Maxeler drives MPC via „Multiscale Dataflow Computing‟. This section summarises the components of MPC, illustrates how MPC dataflow computers are programmed and how the resulting tools are presented to the users. An overview of MPC, along with detailed examples of applications, is available in [27, 28]. One Maxeler Dataflow Engine (DFE) combines 10^4 arithmetic units with 10^7 bytes of local fast SRAM and 10^11 bytes of 6-channel large DRAM. MaxelerOS allows the DFEs and CPU to run in parallel, so while the DFEs are processing the data, the CPU typically performs the non-time- critical parts of an application. Maxeler's MPC programming environment comprises of several components: ● MaxCompiler, a meta-programming library used to produce DFE configurations by way of the MaxJ programming language, which is an extended form of Java with operator overloading. The compute kernels handling the data-intensive part of the application and the associated manager, which orchestrates data movement within the DFE, are written using this language. MaxJ is a Hardware Description language which produces the computational intensive part of the design configuration. ● the SLiC (Simple Live CPU) interface, which is Maxeler's application programming interface for CPU-DFE integration; ● MaxelerOS, a software layer between the SLiC interface, operating system and hardware, which manages DFE hardware and CPU-DFE communication in a way transparent to the user; ● MaxIDE, a specialised integrated development environment for MaxJ and DFE design, a fast DFE software simulator and a comprehensive debug environment used during development. These components and their use are described in details in [29, 30]. In such an MPC system, the CPUs are in control and drive the computations on the DFEs. The data-intensive parts of the computations are typically confined to the DFE configuration and are made available through the SLiC interface. A...
Sample 1
AutoNDA by SimpleDocs

Related to Maxeler Technology

  • New Technology When new or updated technology is introduced into a workplace, it will be the responsibility of the employer to provide appropriate and, if necessary, ongoing training to the employees directly affected. Such training will include any health and safety implications or information that will enable employees to operate the equipment without discomfort and will help maintain their general well-being.

  • Technology Discoveries, innovations, Know-How and inventions, whether patentable or not, including computer software, recognized under U.S. law as intellectual creations to which rights of ownership accrue, including, but not limited to, patents, trade secrets, maskworks and copyrights developed under this Agreement.

  • Third Party Technology The Company makes use of third party technology to collect information required for traffic measurement, research, and analytics. Use of third party technology entails data collection. We therefore would like to inform clients the Company enables third parties to place or read cookies located on the browsers of users entering the Company’s domain. Said third parties may also use web beacons to collect information through advertising located on the Company’s web site. Please note that you may change your browser settings to refuse or disable Local Shared Objects and similar technologies; however, by doing so you may be disabling some of the functionality of Company’s services.

  • Foreground IP This subparagraph d. shall not apply to unmodified commercial off‐the‐shelf goods. If Services or goods are developed, modified or redesigned pursuant to this Contract then the paragraphs below apply.

  • Use of Technology Participants are subject to all existing laws (federal and state) and University regulations and policies on use of technology, including not only those laws and regulations that are specific to computers and networks, but also those that may apply generally to personal conduct such as:  UC Electronic Communications Policy: xxxx://xxxxxx.xxxx.xxx/doc/7000470/ElectronicCommunications  UCLA E-mail Policy and Guidelines: xxxx://xxx.xxxxxxxxxxxxx.xxxx.xxx/app/Default.aspx?&id=455  IT Services Acceptable Use Policy: xxxx://xxx.xxx.xxxx.xxx/policies/aupdetail.html  The UC Policy on Copyright Ownership: xxxx://xxxxxxxxx.xxxxxxxxxxxxxxxxxxxxxx.xxx/resources/copyright-ownership.html  Bruin OnLine Service Level Agreement: xxxx://xxx.xxx.xxxx.xxx/policies/BOL_SLA.pdf Any violation may result in technology related privileges being restricted or revoked and may also result in The University undertaking disciplinary or civil action. If the violation constitutes a criminal offense, appropriate legal action may be taken.

  • Research, Science and Technology Cooperation 1. The aims of cooperation in research, science and technology, carried out in the mutual interest of the Parties and in compliance with their policies, will be: (a) to build on existing agreements already in place for cooperation on research, science and technology; (b) to encourage, where appropriate, government agencies, research institutions, universities, private companies and other research organizations in the Parties to conclude direct arrangements in support of cooperative activities, programs or projects within the framework of this Agreement, specially related to trade and commerce; and (c) to focus cooperative activities towards sectors where mutual and complementary interests exist, with special emphasis on information and communication technologies and software development to facilitate trade between the Parties. 2. The Parties will encourage and facilitate, as appropriate, the following activities including, but not limited to:

  • Background IP Each Party will own all right, title and interest in its Background IP.

  • INTELLECTUAL PROPERTY RIGHTS - INVENTION AND PATENT RIGHTS Unless otherwise agreed upon by NASA and AFRL, custody and administration of inventions made (conceived or first actually reduced to practice) under this IAA will remain with the respective inventing Party. In the event an invention is made jointly by employees of the Parties (including by employees of a Party's contractors or subcontractors for which the U.S. Government has ownership), the Parties will consult and agree as to future actions toward establishment of patent protection for the invention.

  • Antivirus software All workstations, laptops and other systems that process and/or store PHI COUNTY discloses to CONTRACTOR or CONTRACTOR creates, receives, maintains, or transmits on behalf of COUNTY must have installed and actively use comprehensive anti-virus software solution with automatic updates scheduled at least daily.

  • Science and Technology 1. Member States shall:

Draft better contracts in just 5 minutes Get the weekly Law Insider newsletter packed with expert videos, webinars, ebooks, and more!