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An approach for the semi-automatic extraction of roads from high-resolution satellite imagery is proposed. Scale space, Edge-detection techniques are used as pre-processing for segmentation and estimation of road width. The detection of road is based on the cost minimization technique. The cost is estimated by taking various factors into consideration like… (More)

Nowadays reversible circuit designing is the emerging area of research. This design strategy aims towards the formation of digital circuits with ideally zero power dissipation. In this paper we have proposed a new reversible logic module to design a 4-bit binary 2 " s complement circuit. This complement circuit using reversible logic can be used to design… (More)

Encoder circuits are vital component of an electronic computer system. Encoders are generally used for the conversion of a 2" bit number into the n bit number. Applications of encoders can be visualized as keyboard encoder on widespread use. Design of an optimized encoder circuit with the concept of reversible logic is the main outcome of this research… (More)

Redundant Binary Signed Digit (RBSD) number system motivates the researchers to design high speed processing devices. RBSD adders can perform fast addition of two numbers due to the phenomenon of the absence of carry calculation and manipulation requirement. This paper presents a novel approach to design RBSD adder cell using some basic reversible logic… (More)

Technological innovations of this era demand the application of reversible logic approach to design various low power loss digital systems. Reversible designs are widely applicable in the area of quantum computing, low power CMOS designs, optical computing, bioinformatics etc. This technique of digital circuit designing aims to produce ideally zero power… (More)

- O. P. Singh, Vandana Shukla, G. R. Mishra, R. K. Tiwari, Christian Baumann, D. P. Vasudevan +8 others
- 2015

Designing of reversible circuit has become the promising area for researchers. The designing of digital circuits using reversible logic should have zero power loss in ideal conditions. However in practical aspect, it does not occur. This paper illustrates an optimized 8:1 multiplexer circuit grounded on reversible logic using a combination of available… (More)

- Naman Sharma, Rajat Sachdeva, Upanshu Saraswat, Rajat Yadav, Gunjeet Kaur, Laszlo B. Kish +12 others
- 2015

Reversible logic is highly useful in nanotechnology, low power design and quantum computing. The paper proposes a power efficient design of an ALU, using Reversible Logic Gates. With power management becoming a critical component for hardware design developers, Reversible Logic can provide a viable alternative towards creating low power digital circuits.… (More)

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