
BITS Automatic Control System SemIII Unit 3 : Modeling of Control System(Description of Mechanial systems, Fluid systems and
Thermal systems) 


1. Mathematical Modeling of Some Fundamental Problems(Mathematics) 
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Mathematical Modeling in terms of differential equations arises when the situation modeled involves some continuous variables varying with respect to other continuous variables and we have reasonable hypothesis about the rate of change of dependent variables with respect to independent variables. Mathematical models in terms of ordinary differential equations will be studied in this unit and the u
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Title: Math 3.4 Mathematical Modeling




2. Introduction to mathematical Modeling(Mathematics) 
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A mathematical model is a description of a system using mathematical concepts and language. The process of developing a mathematical model is termed mathematical modeling. Mathematical models are used not only in the natural sciences such as physics, biology, earth science, meteorology and engineering disciplines like computer science, artificial intelligence, but also in the social sciences Physi
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Title: Math 3.4 Mathematical Modeling




3. System Models(Computer Science) 
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In this unit we elaborate on the term model, discuss various types of models. In unit 2 a brief description of models may be found. Here we stress on the two important models 'stochastic / deterministic' and on 'discrete / continuous'. Later we mention sequence of steps in a simulation study and formally make a flow chart.
Title: MSCS516B Simulation and Modeling




4. Setting up of First Order Differential Equations and their Solutions(Mathematics) 
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Differential equations occur quite frequently in our daily life. The motion of an object can always be associated with a differential equation. The change in prices of commodities, the flow of fluids, the concentration of chemicals etc., often lead to differential equations. Such equations may depend on one or more independent variables. Further, it may include the derivatives of the first or high
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Title: Math 3.4 Mathematical Modeling




5. Additional Themes on Data Mining(Computer Science) 
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At the end of this unit, students will be able to explain audio data mining
and understand the concept of statistical data mining.They will also be able to discuss video data mining.
Title: MSCS516A Data Mining




6. Components of a System(Computer Science) 
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For modeling a system, it is required to understand concepts such as system and its boundary. The term system is used in such a wide variety of ways that it is difficult to produce a definition broad enough to cover the many uses and at the same time, concise enough to serve a useful purpose. We purpose a simple definition of a system to start with and extend it to include some terms that are ofte
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Title: MSCS516B Simulation and Modeling




7. Limitations of Mathematical Modeling(Mathematics) 
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A crucial part of the modeling process is the evaluation of whether or not a given mathematical model describes a system accurately. This question can be difficult to answer as it involves several different types of evaluation. In this regard we have discussed the limitations of modeling in following sections.
Title: Math 3.4 Mathematical Modeling




8. I/O INTERFACING(Electronics and Communication) 
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Many digital systems include mechanically operated switches of various forms as input devices. These include pushbutton and toggle switches operated by human users, and microswitches operated by physical movement of mechanical or other objects.
Title: Digital System Design Using Verilog
Published on: 09/10/18
Author:
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Pages:
25








9. Introduction to Fluid Power System(Hydraulics and Pneumatics
) 
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Pascals Law, Classification of Pumps, Components of Hydraulic System
Title: Hydraulics & Pneumatics




10. Introduction(Fundamentals of HDL Design) 
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In order to achieve sophistication in our livelihood, electronic equipments for industrial, commercial, consumer, medical and defense applications are increasingly becoming complex, smaller in size and operate on low power. In today's highly aggressive digital electronics industry, equipment vendors must create products that provide greater speed and functionality using less money, power, and phys
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Title: Fundamentals of HDL Design




11. Systems Concepts and its Complexities(Computer Science) 
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Systems in MIS can be treated in several forms. The concept related to system varies with different attributes treating the system as closed, open, stochastic, dynamic, static, deterministic or nondeterministic systems. Hence the concept of the system varies with the functions and the activities of the organization. The system concept mainly affects the performance of the organization.
Title: MSCS518 Management Information System and ERP




12. Introduction to Computers(Library and Information Science) 
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A computer is a special machine that can be instructed to take in the data, sort, compare and process information, and output the results in a useful manner. Computer always use some sort of electronic memory to do this. A computer can make calculation far quicker than a human being but it needs to be told what to do and to be given all the data it requires. Computer cannot think for themselves. T
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Title: BLI56 Fundamentals of Information Technology





14. Suitability, Advantage, Application of Simulation(Computer Science) 
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Simulation is process of imitating how the real world process or a system operates over time. This can be done either on a computing system or manually which involves the generation of an artificial history of any system and its observations, to infer the characteristics of a real system. To simulate is to copy the behavior of a system or phenomenon under study. Over time, the system's behavior is
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Title: MSCS516B Simulation and Modeling




15. VHDL(Fundamentals of HDL Design) 
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VHDL is the VHSIC Hardware Description Language. VHSIC is an abbreviation for Very High speed Integrated Circuit. It can describe the behaviour and structure of electronic systems, but is particularly suited as a language to describe the structure and behaviour of digital electronic hardware designs, such as ASICs and FPGAs as well as conventional digital circuits.
Title: Fundamentals of HDL Design




16. Decision Support Systems(Computer Science) 
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A decision support system (DSS) is a human based or computerbased information system that supports business or organizational decisionmaking activities. DSSs serve the management, operations, and
planning levels of an organization and help to make decisions, which may be rapidly changing and not easily specified in advance. DSS include knowledgebased systems. A properly designed DSS is an inte
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Title: MSCS518 Management Information System and ERP





18. Design Methodologies(VLSI Design
) 
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Design Strategies, Introduction, Structured Design Strategies, Design Hierarchy, Concepts of Regularity, Modularity and Locality, Design Methods, Design Synthesis, Behavioral Synthesis, RTL Synthesis, Logic optimization, StructuraltoLayout Synthesis, Layout Synthesis, Design capture Tools, HDL Design, Schematic Design, Layout Design, Floor Planning, Chip Composition, Design Verification Tools,
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Title: Introduction to VLSI Design




19. Simulation Examples(Computer Science) 
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In this unit details of hand simulation of several simulation' problems are given. These examples provide insight into the methodology of discrete system simulation and some of the accompanying analysis. The examples are so chosen that some models are continuous and some are discrete. You will realize that continuous simulations are simpler to understand and program as compared to discrete systems
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Title: MSCS516B Simulation and Modeling





20. Basic Concepts and Definitions(Basic Thermodynamics ) 
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Engineering Thermodynamics, Applications of Engineering Thermodynamics, Some Concepts and Definitions, Macroscopic and Microscopic Description of Matter, Thermodynamic System, Thermodynamic State of a System, Thermodynamic Properties of a System, Thermodynamic Process, Thermodynamic Equilibrium of a System, Zeroth Law of Thermodynamics, Temperature of a System, Measurement of Temperature, Types of
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Title: Basic Thermodynamics




21. Aircraft system(Aeronautical Engineering) 
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Hydraulics system, Landing gear system, Breaking Anti skid and steering, Steering, Electrical System, Pneumatic system, Ice Protection, Environmental control system (ECS) and cooling system, Pressurerization, Cabin Pressurization, Fuel System, Fuel system components, Fuel transfer pumps, Fuel Booster pumps, Fuel transfer valves, Non return Valve (NRV), Fuel quantity measurement, Engine Control Sys
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Title: Elements of Aeronautics and Aircraft Systems




22. Equipping and Final Assembly of Aircraft (Aircraft Production)(Aeronautical Engineering) 
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• Equipping stages • General technological considerations • Installation of electrical systems • Installation of other systems • Final assembly.
Title: Aircraft Production Technology and Mangement




23. A GENERIC DIGITAL SWITCHING SYSTEM MODEL(Electronics and Communication) 
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Different hardware and software components of the digital switch were described, and the system was analyzed. The functionalities of the hypothetical digital switch to elucidate the "overall" hardware and software architectures of a typical class 5 switch.
Title: Digital Switching Systems
Published on: 04/10/18
Author:
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Pages:
16








24. Factory AutomationCAD, CAM and CIM (Aircraft Production)(Aeronautical Engineering) 
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• Introduction • Computer aided design • Graphic software concepts • Design analysis • Computer aided manufacturing(CAM) • The apt programming system • Post processing • Workstation based programming systems • Direct numerical control or DNC • Computer integrated manufacturing • Group tec...
Title: Aircraft Production Technology and Mangement




25. THEORY OF IC ENGINES(THEORY OF IC ENGINES ) 
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Title: THEORY OF IC ENGINES
Published on: 02/08/18
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Pages:
71










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