It is claimed that reengineering healthcare using Information and Communication Technology (ICT) can bring many benefits to the healthcare organisation. Many ICT applications remain underused by healthcare professionals and healthcare organisations. Human and organisational factors have frequently been identified as the main causes of ICT implementation underuse. Therefore, it is very important to identify the Critical Success Factors (CSF) necessary for the implementation of Healthcare Information Systems (HIS). Existing models of CSF on information systems related to healthcare sector are practically less, globally, and almost nil with respect to India. Hence, the purpose of this research is to develop a conceptual model of CSF especially for HIS adoption, use and redesign in India. Such identified factors for redesign will also have international bearing as redesign possibilities discussed are mainly based on emerging technologies. The rationale of the purpose is justified by the fact that India is a leader in developing information systems, especially medical applications. Further, India is emerging as an international destination for healthcare due to the advancement in medical technology and is offering high quality health services at reduced cost

Now a day’s different techniques are available for digital image watermarking including software and hardware implementation. Reversible contrast mapping (RCM) is one of the technique is used for embed secret information into the digital form. RCM algorithm is simple integer transform of the pixel pair and there LSB bits are used for data embedding. RCM offers high embedding rate, low mathematical calculation and good robustness. This paper focuses on implementation of Field Programmable Gate Array (FPGA) based fast image watermarking using RCM algorithm. The given architecture requires 52 slices, 52 number of flip-flop, 85 number of 4-input LUTs and transceiver data rate is up to 3.2Gbps with an operating crystal frequency is 100MHz. Given architecture is implemented with Xilinx 14.7 on Spartan-6 FPGA family. The given architecture is acceptable for various application areas such as digital cameras, medical and military applications, etc

The physico-chemical characterization of municipal solid waste generated in Castlereagh district in Northern Ireland was carried out. The solid waste type were observed to comprise of glass (9.59%), metal (2.74%), paper (25.83%), plastics (3.87%), compostable (organic matter) (57.48%), WEEE(0.22%) and other waste(0.27%). Both WEEE and other waste were lumped and referred to as uncompact municipal waste (UMW). The moisture content as-discarded, density and solid waste generation rate were obtained to be 16.3692%, 150.489kg/m3 and 25.94tonne/day respectively. Its chemical formula with and without sulphur were also determined and obtained to be C510.909H1136.545O476.891N13.255S and C38.546H85.748O35.979N respectively. The suitability of the municipal solid waste as a possible source of energy was also put into consideration; an energy content of the solid waste was determined and observed to be 14.74MJ/kg which is significant. Hence, it can be used to generate energy in Castlereagh district.