Skip to search form
Skip to main content
Skip to account menu
Semantic Scholar
Semantic Scholar's Logo
Search 233,796,386 papers from all fields of science
Search
Sign In
Create Free Account
Distributed Concurrent Versions System
Known as:
DCVS
The Distributed Concurrent Versions System (DCVS) is a distributed revision control system that enables software developers working on locally…
Expand
Wikipedia
(opens in a new tab)
Create Alert
Alert
Related topics
Related topics
9 relations
Changeset
Concurrent Versions System
Distributed version control
List of version control software
Expand
Papers overview
Semantic Scholar uses AI to extract papers important to this topic.
2017
2017
A frame-level encoder rate control scheme for transform domain Wyner-Ziv video coding
Jian Chen
,
Shuai Zheng
,
Qing Hu
,
Yonghong Kuo
Multimedia tools and applications
2017
Corpus ID: 1029538
Available distributed video coding codecs are mostly based on decoder rate control scheme where the parity bits for decoding can…
Expand
2013
2013
Novel redundant logic design for noisy low voltage scenarios
Lancelot Garcia-Leyva
,
A. Calomarde
,
F. Moll
,
A. Rubio
IEEE 4th Latin American Symposium on Circuits and…
2013
Corpus ID: 6607096
The concept worked in this paper named Turtle Logic (TL) is a probabilistic logic method based on port redundancy and…
Expand
2012
2012
A Multiple Description Distributed Compressed Video Sensing for Robust Transmission
Dong Yu
,
Anhong Wang
,
Mei Zhao
International Conference on Computing Measurement…
2012
Corpus ID: 7661411
This paper proposes a multiple description distributed compressed video sensing (MD-DCVS) for the robust transmission of low…
Expand
2012
2012
MATLAB-based DC voltage superposition principle to study the output characteristics of PV array at partial shading
Liu Liqun
,
Sun Zhiyi
,
Li Chunxia
2012
Corpus ID: 56255136
Power-voltage characteristics of large scale photovoltaic (PV) arrays at partial shading are characterized by multiple steps and…
Expand
2006
2006
Fault-Tolerance of Robust Feed-Forward Architecture Using Single-Ended and Differential Deep-Submicron Circuits Under Massive Defect Density
M. Stanisavljevic
,
A. Schmid
,
Y. Leblebici
The IEEE International Joint Conference on…
2006
Corpus ID: 473066
An assessment of the fault-tolerance properties of single-ended and differential signaling is shown in the context of a high…
Expand
2004
2004
Enhanced 32-bit carry look-ahead adder using multiple output enable-disable CMOS differential logic
Mário C. B. Osorio
,
Carlos A. Sampaio
,
A. Reis
,
R. Ribas
Proceedings. SBCCI . 17th Symposium on Integrated…
2004
Corpus ID: 13972675
This paper presents an enhanced 32-bit carry look-ahead (CLA) adder implemented using the multi-output enable/disable CMOS…
Expand
2001
2001
Self-timed multiplier based on canonical signed-digit recoding
G. Ruiz
,
M. A. Manzano
2001
Corpus ID: 61614866
A data-dependent self-timed multiplier structure in dynamic logic and DCVS logic based on canonical signed-digit (CSD) recoding…
Expand
1999
1999
A CMOS-based logic cell for the implementation of self-checking FPGAs
P. Lala
,
Anup Singh
,
A. Walker
Proceedings (IEEE International Symposium on…
1999
Corpus ID: 2740676
This paper proposes a logic cell that can be used as a building block for online testable FPGAs. The proposed logic cell consists…
Expand
1993
1993
Distributed Concurrent Version System
Curtis Olson
1993
Corpus ID: 17942104
This paper describes an extension to the Concurrent Version System (CVS), which facilitates the use of CVS by a group of users in…
Expand
1992
1992
Design of Self-Checking Circuits Using DCVS Logic: A Case Study
N. Kanopoulos
,
Dimitris Pantzartzis
,
Frederick R. Bartram
IEEE Trans. Computers
1992
Corpus ID: 7389038
A technique for designing self-checking circuits using differential cascode voltage switch (DCVS) logic is presented. This…
Expand
By clicking accept or continuing to use the site, you agree to the terms outlined in our
Privacy Policy
(opens in a new tab)
,
Terms of Service
(opens in a new tab)
, and
Dataset License
(opens in a new tab)
ACCEPT & CONTINUE