ISLPED 1997 - PDF Preprint Papers

ISLPED 1997 International Symposium on Low Power Electronics and Design

Teaser Browsing | Click Here

Title Browsing | Click Here

Wall of Fame | Most Viewed ISLPED-1997 Paper

click to vote

ISLPED
1997
ACM

130views Hardware» more ISLPED 1997»

Analytical energy dissipation models for low-power caches

13 years 8 months ago

Download caps.cs.binghamton.edu

We present detailed analytical models for estimating the energy dissipation in conventional caches as well as low energy cache architectures. The analytical models use the run tim...

Milind B. Kamble, Kanad Ghose

claim paper

Read More »

Disclaimer and Copyright Notice

Sciweavers respects the rights of all copyright holders and in this regard, authors are only allowed to share a link to their preprint paper on their own website. Every contribution is associated with a desciptive image. It is the sole responsibility of the authors to ensure that their posted image is not copyright infringing. This service is compliant with IEEE copyright.

Id	Views	Title	Status

1	130	Analytical energy dissipation models for low-power caches	claim
2	130	K2: an estimator for peak sustainable power of VLSI circuits	claim
3	124	Low power high level synthesis by increasing data correlation	claim
4	116	Power reduction techniques for a spread spectrum based correlator	claim
5	114	Analysis of power consumption in memory hierarchies	claim
6	114	Cycle-accurate macro-models for RT-level power analysis	claim
7	111	Charge-pump assisted low-power/low-voltage CMOS opamp design	claim
8	110	A low voltage CMOS current source	claim
9	110	A one division per clock pipelined division architecture based on LAPR (lookahead of partial-remainder) for low-power ECC applications	claim
10	108	Analogue LSI RF switch and beamforming matrixes for communications satellites	claim
11	108	Techniques for low energy software	claim
12	106	Energy delay measures of barrel switch architectures for pre-alignment of floating point operands for addition	claim
13	106	A sequential procedure for average power analysis of sequential circuits	claim
14	104	Composite sequence compaction for finite-state machines using block entropy and high-order Markov models	claim
15	99	Low power data processing by elimination of redundant computations	claim
16	96	Re-mapping for low power under tight timing constraints	claim
17	95	Formalized methodology for data reuse exploration in hierarchical memory mappings	claim
18	94	A gate resizing technique for high reduction in power consumption	claim
19	91	Fully depleted CMOS/SOI device design guidelines for low power applications	claim
20	86	Device and technology optimizations for low power design in deep sub-micron regime	claim
21	86	LVDCSL: low voltage differential current switch logic, a robust low power DCSL family	claim
22	85	Low power motion estimation design using adaptive pixel truncation	claim
23	85	A new 4-2 adder and booth selector for low power MAC unit	claim
24	84	Low-power H.263 video CoDec dedicated to mobile computing	claim
25	83	A symbolic algorithm for low-power sequential synthesis	claim
26	81	A method of redundant clocking detection and power reduction at RT level design	claim
27	79	Clocked CMOS adiabatic logic with integrated single-phase power-clock supply: experimental results	claim
28	77	SOI CMOS as a mainstream low power technology: a critical assessment	claim
29	72	A capacitor-based D/A converter with continuous time output for low-power applications	claim
30	70	Delta Sigma frequency-to-time conversion by triangularly weighted ZC counter	claim
31	69	Scheduling for power reduction in a real-time system	claim
32	68	Synthesis of low-power asynchronous circuits in a specified environment	claim
33	67	Switching activity estimation using limited depth reconvergent path analysis	claim
34	63	System-level power estimation and optimization - challenges and perspectives	claim
35	62	System-level power optimization of special purpose applications: the beach solution	claim
36	58	Exploiting the locality of memory references to reduce the address bus energy	claim

Sciweavers

Explore & Download

Productivity Tools

Document Tools

Image Tools

Sciweavers