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Category Archive: NS2 PROJECTS IN PUNE

Colorimetric materials for gas selective sensing in low-power applications

One approach to realize selective chemical sensors is the integration of colorimetric materials as gas sensitive substances. Color changes, due to the reaction with the target gas, can be detected optically. These kinds of sensors offer various advantages, such as fast response times and the use of simple instrumentation. Being selective, reliable and energy-saving, the […]

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How to Make Quasi-Rectilinear Signals (MSK, GMSK, OQAM) Almost Equivalent to Rectilinear Ones (BPSK, ASK) for Widely Linear Filtering in the Presence

Widely linear (WL) receivers are able to fulfill single antenna interference cancellation (SAIC) of one rectilinear (R) or quasi-rectilinear (QR) co-channel interference (CCI), a function which is operational in GSM handsets in particular. However, SAIC requires enhancements for QR signals, for both VAMOS standard, an evolution of GSM/EDGE standard, and FBMC-OQAM networks, which are candidate for […]

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Improved finite-length Luby-transform codes in the binary erasure channel

Fountain codes were introduced to provide high reliability and scalability and low complexities fornetworks such as the Internet. Luby-transform (LT) codes, which are the first realisation of Fountain codes, achieve the capacity of the binary erasure channel (BEC) asymptotically and universally. Most previous work on single-layer Fountain coding targets the design via the right degree distribution. […]

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A New Quaternion-Based Encryption Method For DICOM Images

In this paper a new quaternion-based lossless encryption technique for DICOM images is proposed. We have scrutinized and slightly modified the concept of the DICOM Network to point out the best location for the proposed encryption scheme, which significantly improves speed of DICOM images encryption in comparison to those originally embedded into DICOM AES and 3DES algorithms. […]

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Cyber-physical electrical energy systems: challenges and issues

Cyber-physical electrical energy systems (CPEES) combine computation, communication and control technologies with physical power system, and realize the efficient fusion of power, information and control. This paper summarizes and analyzes related critical scientific problems and technologies, which are needed to be addressed with the development of CPEES. Firstly, since the co-simulation is an effective method […]

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