你好! Shipping to Taiwan with premium packaging for just NT$300 

Ship to
Taiwan
0

My Account

  • argentina
  • chile
  • colombia
  • españa
  • méxico
  • perú
  • estados unidos
  • internacional

menu

Select your country

Americas

Europe

Rest of the world

portada Power Efficient Thermal Aware Task Allocation: In Multi-Core Systems With Real-Time Constraints
Type
Physical Book
Publisher
Author
Language
English
Pages
88
Format
Paperback
ISBN13
9783659886409

Power Efficient Thermal Aware Task Allocation: In Multi-Core Systems With Real-Time Constraints

Sumarga Kumar Sah Tyagi; Deepak Kumar Jain (Author) · Lap Lambert Academic Publishing · Paperback

Power Efficient Thermal Aware Task Allocation: In Multi-Core Systems With Real-Time Constraints - Sumarga Kumar Sah Tyagi; Deepak Kumar Jain

New Book Imported to Taiwan
Delivery: 16 Oct - 26 Oct Shipping: 14 to 15 business days.
NT$ 1,543
NT$ 1,543

Choose the list to add your product or create one New List

Go to My Wishlists
Calculate shipping cost

Synopsis "Power Efficient Thermal Aware Task Allocation: In Multi-Core Systems With Real-Time Constraints"

This work presents a thorough study of the power-efficient task allocation problem in a heterogeneous multi-core processor for thermally constrained tasks with real-time constraints. A thermally constrained task is one which, if executed on a core at the maximum possible speed, results in the temperature of that core exceeding a given safe temperature limit. Our problem formulation is based on the well praised thermal model hotspot-4, leakage power and delay models with DVFS (Dynamic Voltage and Frequency Scaling). It accounts for the differences in power consumption of tasks and cores as well as the differences in the thermal characteristics of the functional blocks in the die. The model also considers various components of the package and the dependence of leakage power on the chip temperature. The solution to this problem is not so straight forward due to the fact that there is a nonlinear-circular dependency between the overall power dissipation and the temperature. It becomes further complicated with the consideration of real-time constraints of the task i.e. deadlines. The solution technique presented in this monograph consists of four interdependent steps.

Customers reviews

More customer reviews
  • 0% (0)
  • 0% (0)
  • 0% (0)
  • 0% (0)
  • 0% (0)

Frequently Asked Questions about the Book

Is the book original?

All books in our catalog are Original.

In what language is the book written?

The book is written in English.

What is the format of this book?

The binding of this edition is Paperback.

Questions and Answers about the Book

Do you have a question about the book? Login to be able to add your own question.

Opinions about Bookdelivery

More customer reviews