|
| Thread / Post | Tags |
Title: Pseudo-LRU based Cache Partitioning Algorithms
Page Link: Pseudo-LRU based Cache Partitioning Algorithms -
Posted By: akuseminar
Created at: Thursday 17th of August 2017 05:11:22 AM
| |
Pseudo-LRU based Cache Partitioning Algorithms
B.Tech Seminar report
by
Vipin V Johney
Department of Computer Science And Engineering
Government Engineering College, Thrissur
December 2010
report:
Contents
1 Introduction 1
1.1 Organization Of the Report . . . . . . . . . . . . . . . . . . . . . . . . 2
2 Cache Partitioning Algorithm 3
2.1 Pro ling Logic . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3
2.2 Partitioning Logic . . . . . . . ....etc
[:=Read Full Message Here=:]
|
|
|
Title: adaptive partitioning sheduler
Page Link: adaptive partitioning sheduler -
Posted By: siya
Created at: Thursday 05th of October 2017 05:06:09 AM
| |
I want a detailed report for the purpose of seminars.That means what is partition sheduler and adaptive partition shedeler ,its advantages,demerits,future scope. ....etc
[:=Read Full Message Here=:]
|
|
|
|
|
|
|
Title: max cpu temp for intel core 2 duo processor t5250 2m cache 1 50 ghz 667 mhz fsb
Page Link: max cpu temp for intel core 2 duo processor t5250 2m cache 1 50 ghz 667 mhz fsb -
Posted By: sharunsnkk89
Created at: Thursday 05th of October 2017 04:01:59 AM
| |
Whats the maximum temperature of am Intel T5250 CPU? ....etc
[:=Read Full Message Here=:]
|
Title: Future evolution of microprocessor from single core to multi core
Page Link: Future evolution of microprocessor from single core to multi core -
Posted By: TV 40450
Created at: Thursday 05th of October 2017 04:33:15 AM
| |
Dusa Sindhoori
B.Tech
Sree Chaitanya College Of Engineering
LMD colony
Karimnagar
I want the abstract,ppt,documentation and details about the topic Future evolution of microprocessor from single core to multi core
please send these details to [email protected]
please send the details which i requested ....etc
[:=Read Full Message Here=:]
|
|
|
|
|
Title: seminars report on dynamic cache management technique
Page Link: seminars report on dynamic cache management technique -
Posted By: soumya
Created at: Thursday 17th of August 2017 05:05:33 AM
| |
Pleasee can anyone send the seminar report and ppt of the topic DYNAMIC CACHE MANAGEMENT TECHNIQUE PLZ PLZ..
plEEASEE ANYONE SEND THE SEMINAR REPORT AND PPLT OF THE TOPIC DYNAMIC CACHE MANAGEMENT TECHNIQUE ....etc
[:=Read Full Message Here=:]
|
Title: Design of DMA Controller ip Core Using Vhdl Power Aware Soc Design
Page Link: Design of DMA Controller ip Core Using Vhdl Power Aware Soc Design -
Posted By: bhargav
Created at: Thursday 05th of October 2017 04:23:15 AM
| |
Submitted By
Vinit Tarey
ABSTRACT
Many system-on-chip (SoC) integrated circuits contain embedded cores with different scan frequencies. To better meet the test requirements for such heterogeneous SoCs, leading tester companies have recently introduced port-scalable testers, and Many IP core design software like Xilinx, Leonardo Spectrum, and Modelsim etc which can used to design ip core like DMA ,Interrupt Controller etc .These Ip core can be Power aware an Implement on soc by choosing different design tech ....etc
[:=Read Full Message Here=:]
|
Title: Secure Program Partitioning
Page Link: Secure Program Partitioning -
Posted By: computer science
Created at: Thursday 17th of August 2017 06:10:11 AM
| |
Secure Program Partitioning
Abstract
This paper presents secure program partitioning, a language-based technique for protecting con dential data during computation in distributed systems con- taining mutually untrusted hosts. Con dentiality and integrity policies can be expressed by annotat- ing programs with security types that constrain in- formation ow; these programs can then be parti- tioned automatically to run securely on heteroge- neously ....etc
[:=Read Full Message Here=:]
|
Title: Bank-aware Dynamic Cache Partitioning for Multicore Architectures
Page Link: Bank-aware Dynamic Cache Partitioning for Multicore Architectures -
Posted By: sree3885
Created at: Thursday 05th of October 2017 05:02:53 AM
| |
Bank-aware Dynamic Cache bPartitioning for Multicore Architectures
A Seminar Report
by
Anoop S S
105102
Department of Computer Science & Engineering
College of Engineering Trivandrum
Kerala - 695016
2010-11
Abstract
As Chip-Multiprocessor systems (CMP) have become the predominant topology for lead-
ing microprocessors, critical components of the system are now integrated on a single chip.
This enables sharing of computation resources that was not previously possible. In additi ....etc
[:=Read Full Message Here=:]
|
Title: Object cache- An Energy Efficient Cache
Page Link: Object cache- An Energy Efficient Cache -
Posted By: sherin
Created at: Thursday 17th of August 2017 08:06:00 AM
| |
BY:kanZ
Introduction
Object oriented programming has been the dominant programming paradigm for more than a decade.
OOP languages provide a rich set of features that provides significant software engineering benefits.
The increased productivity provided by these features comes at a justifiable cost of complexity in the runtime environment ,which actually leads to reduced performance and increased energy consumption of programs.
Modern battery driven mobile and wireless devices req ....etc
[:=Read Full Message Here=:]
|
Title: comparative study between eddy current loss in laminated core and embedded core
Page Link: comparative study between eddy current loss in laminated core and embedded core -
Posted By: nidhindev
Created at: Thursday 17th of August 2017 06:44:17 AM
| |
Transformer Basics
An electrical device that transfers energy from one circuit to another purely by magnetic inductive coupling.
Review of transformer losses
No load Loss (Excitation Loss) includes the hysteresis loss and eddy current loss.
excitation loss: energy lost by reversing the magnetic field in the core by the alternating AC.
mechanical loss: bearing friction,brush friction and windage loss
Load Loss (Impedance Loss)
Stray loss: It includes distortion of air-gap flux and also due to the due to non uniform d ....etc
[:=Read Full Message Here=:]
|
|
|
|
|