Vistas in Computer Aided Agri-Bio-Engineering Technologies

Contents: I. Computer application in agri-bio-nano-technology: 1. Marked based prediction using genetic evaluation data: the progeno concept/S. Maenhout, B. Debaets and G. Haesaert. 2. Computers application in agriculture/Anupama Deora, Pankaj Kumar, K. Wolde-Giorgis and R.K. Behl. 3. Importance of BIAST in Retrieving genetic polymorphism and similarity for viruses and Bacteria/Anupama Deora, Pankaj Kumar and Himanshu. 4. Rotavirus genomic diversity in India using molecular and computer tools/Prasad Minakshi, Koushlesh Ranjan, Anupama Deora, Swati Dahiya, Sandip Khurana, Sandeep Deswal and Gaya Prasad. 5. Non-invasive phenotyping and phenomics for dissection of abiotic stress tolerance: image analysis and computer vision/Vikender Kaur, Ruchi Bansal, Anita Kumari and Sunder Singh. 6. GIS applications in groundwater monitoring: an illustration/S.K. Goyal and A.K. Narula. 7. Effect of electrolyte temperature and applied voltage on the pattern on nanopores formation in the synthesis of AAO Membranes/Manoj Kumar, Rajshree Khare and K. Vinod. 8. Analysis of nano scaled low power 10T SRAM cell at 45nm, 65nm and 90nm technologies/Poonam and Jetesh Raheja. 9. A review of evolutionary genetic algorithm/Monika and Poonam. 10. Value addition by blending of computer technology and manufacturing processes/Rishipal and Neha Goyal. 11. Role of computer based precision farming in sustainable agriculture/Hardeep Singh Sheoran, B.S. Duhan and Manjeet. 12. Computer applications in seed science and technology/Ashwani Kumar, Prashanth Babu H. and  Anuja Gupta. 13. Agribusiness and market: can we bridge the gap with ICTs/Manisha Mani, Alka Vasan and Jitender Kumar….II. Basic computer technology. III. Computer application in engineering. IV. General computer application.

Now day’s computer applications are in vogue ion agri-bio and engineering technologies. By the use of computer application technologies in these fields have become more efficient, more intelligent and more powerful, more compact and easily accessible. Most of the industries have automated there production system by making every machine computer guided. Computer application have made various simulations needed in production systems very precise and accurate. Moreover, computer applications are increasingly integrated in biological systems like DNA computing/engineering, DNA finger printing, DNA mapping, image analysis, marker assisted selection of crops and animals. Also, such integration will help accelerate the advancements in mechanical/biological system operating with various soft wares.