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PART - I : FARM POWER : Farm Power and Farm Mechnisation * Renewable Energy * Internal Combustion Engine * Measurement of Engine Power * Fuel System * Governor * Lubrication System * Ignition System * Cooling Systems * Farm Tractor * PART - II : FARM MACHINERY : Strength of Materials and Material of Construction * Mechanical Power Transmission * Tillage Implements * Seeding and Fertilizaing Equipments * Pumps for Irrigation * Plant Protection Equipments * Harvesting and Threshing Equipments * PART - III : FARM PROCESSING : Processing Equipments * Grain Driers * Dairy Equipments. PART -IV : FARM ELECTRICITY : Farm Electricity. Appendix* Bibliography * Index.
This volume comprises the papers from 2011 International Conference on Information Technology and Agricultural Engineering (ICITAE 2011). 2011 International Conference on Information Technology and Agricultural Engineering (ICITAE 2011) has been held in Sanya, China, December 1-2, 2011. All the papers have been peer reviewed by the selected experts. These papers represent the latest development in the field of materials manufacturing technology, spanning from the fundamentals to new technologies and applications. Specially, these papers cover the topics of Information Technology and Agricultural Engineering. This book provides a greatly valuable reference for researchers in the field of Information Technology and Agricultural Engineering who wish to further understand the underlying mechanisms and create innovative and practical techniques, systems and processes. It should also be particularly useful for engineers in information technology and agriculture who are responsible for the efficient and effective operations.
Software Engineering Techniques Applied to Agricultural Systems presents cutting-edge software engineering techniques for designing and implementing better agricultural software systems based on the object-oriented paradigm and the Unified Modeling Language (UML). The book is divided in two parts: the first part presents concepts of the object-oriented paradigm and the UML notation of these concepts, and the second part provides a number of examples of applications that use the material presented in the first part. The examples presented illustrate the techniques discussed, focusing on how to construct better models using objects and UML diagrams. More advanced concepts such as distributed systems and examples of how to build these systems are presented in the last chapter of the book. The book presents a step-by-step approach for modeling agricultural systems, starting with a conceptual diagram representing elements of the system and their relationships. Furthermore, diagrams such as sequential and collaboration diagrams are used to explain the dynamic and static aspects of the software system.