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13th July 2015, 08:50 AM
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PRSU Notes
Hello, I am looking for the Notes/syllabus of the PRSU BCA. So can you please provide me the details regarding this including the sample question paper and the contact details of the University??
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13th July 2015, 03:14 PM
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Re: PRSU Notes
Pt. Ravishankar Shukla University is a Public University which is located in the city of Raipur, Chhattisgarh, India. It was established in 1964. You are looking for the details regarding the Notes/syllabus of the PRSU BCA. So I am providing it to you: BCA301 CALCULUS & GEOMETRY Max. Marks : 50 NOTE :- The Question Paper setter is advised to prepare unit-wise question with the provision of internal choice. Only Simple calculator is allowed not Scientific calculator. Calculus Unit–I The Reimann Integral, Existence of the Riemann Integral, Properties of Reimann Integrals, Fundamental Theorem of Integral Calculus. Unit-II Maxima and minima of functions of two and three variables. Langrange’s method of undetermined multipliers. Unit-III Improper integrals, Meaning of integrals of type ?a? f(x) dx, ?ab f(x) dx where f(x) is not defined at a and/or b. Tests of convergence for improper integrals. Geometry Unit-IV Equation to cone with given base, Generators of Cone, condition for three mutually perpendicular generators, Right Circular Cone, Equation of a cylinder. Unit-V Polar Coordinates, Polar equation to straight line, Circle. Polar equation of a Conic. REFERENCE: 1. Calculus of two and more variables: G.S. Pandey & V.P. Saxena (Wiley Eastern) 2. Higher calculus : P.L.Sharma 3. Vector Calculus & Geometry : B.R.Thakur. Syllabus of the PRSU BCA CALCULUS & GEOMETRY Max. Marks : 50 NOTE :- The Question Paper setter is advised to prepare unit-wise question with the provision of internal choice. Only Simple calculator is allowed not Scientific calculator. Calculus Unit–I The Reimann Integral, Existence of the Riemann Integral, Properties of Reimann Integrals, Fundamental Theorem of Integral Calculus. Unit-II Maxima and minima of functions of two and three variables. Langrange’s method of undetermined multipliers. Unit-III Improper integrals, Meaning of integrals of type ?a? f(x) dx, ?ab f(x) dx where f(x) is not defined at a and/or b. Tests of convergence for improper integrals. Geometry Unit-IV Equation to cone with given base, Generators of Cone, condition for three mutually perpendicular generators, Right Circular Cone, Equation of a cylinder. Unit-V Polar Coordinates, Polar equation to straight line, Circle. Polar equation of a Conic. REFERENCE: 1. Calculus of two and more variables: G.S. Pandey & V.P. Saxena (Wiley Eastern) 2. Higher calculus : P.L.Sharma 3. Vector Calculus & Geometry : B.R.Thakur. DIFFERENTIAL EQUATIONS & FOURIER SERIES Note : The Question Paper setter is advised to prepare unit-wise question with the provision of internal choice. Only Simple calculator is allowed not Scientific calculator. Unit–I Concept of Differential equation. Recall of first order and first degree differential equations. Equation of first order but of higher degree. Homogeneous and exact differential equations. Unit-II Geometric representation, Family of curves and orthogonal trajectories. Linear differential equation with constant coefficients. Operational rules of D. Homogeneous linear equations. Unit-III Partial differential equations of first order, Standard forms, Linear partial differential equations of higher order with constant coefficients. Unit-IV Periodic Function, Fourier Sine and Cosine Series, Even and Odd Functions, Full Range and Half Range Fourier Series Unit-V Convergence of Fourier Series, Gibbs Phenomenon, Operations on Fourier Series, Applications of Fourier Series to Differential Equation REFERENCE: 1. Introductory course in differential equations : D. A. Murray 2. Differential equations(Awkl Sameekaran) : B.P. Parashar & L.P. Rajpal 3. Differential equations and Fourier Series : H.K.Pathak COMPUTER SYSTEM ARCHITECTURE Max Marks : 50 Note : The Question Paper setter is advised to prepare unit-wise question with the provision of internal choice. Only Simple calculator is allowed not Scientific Calculator. UNIT-I Data Representation – Data Types, Number System, Fixed Point Representation – 1’s, 2’s complements, Binary Fixed point representation, Arithmetic operation on Binary BCA & Other Computer Application (51) operation, Overflow & Underflow, Codes, ASCII, EBCDIC codes, Grey codes, Excess- 3, BCD codes, Error detection & correcting codes. UNIT-II Digital Logic Circuits – Logic Gates AND, OR, NOT, Gates & their truth tables, NOR, NAND & XOR Gates, Boolean algebra, Basic Boolean Law, Doorman's theorem, Map Simplification, Minimizing technique, K Map, Sum of product, Product of sums, Combinational & sequential Circuits Half adder & Full adder, Full Subtractor, Flip Flop – RS, D, JK & T Flip Flop, Shift register, RAM & ROM. UNIT-III CPU organization, ALU & Control circuit, Idea about arithmetic circuits, Program control, Instruction sequencing, Introduction to Microprocessor, Microprocessor architecture, System buses, Registers, Program counter,, Block diagram of a Macro computer system, Microprocessor control signals, Interfacing Devices ,Introduction to Motherboard ,SMPS UNIT-IV Input output organization, I/O Interface, Properties of simple I/O devices and their Controller, Isolated versus Memory mapped I/O, Modes of Data transfer, Synchronous & Asynchronous Data Transfer, Handshaking, Asynchronous serial transfer, I/O processor UNIT-V Auxiliary memory - Magnetic drum, Disk & Tape, Semi conductor memories, Memory Hierarchy, Associative memory, Virtual memory, address space & memory space, Address mapping, Page table, Page replacement, cache memory, Hit ratio, Mapping Techniques, Writing into cache. REFERENCE: 1. Computer System architecture - M. Moris Mano PROGRAMMING IN JAVA Note : The Question Paper setter is advised to prepare unit-wise question with the provision of internal choice. Only Simple calculator is allowed not Scientific calculator. UNIT-I Introduction :Genesis of java, importance to the Internet, overview of features. OOP : OOP features, data types, control structures, arrays, methods and classes, nested & inner classes, string and String Buffer class, Wrapper Class, vectors, UNIT-II Inheritance : Basics type,, method Override, using abstract and final classes, using super. Packages and Interfaces : Defined CLASSPATH, importing packages, implementing interface. UNIT-III Exception Handling : Fundamental: exception types, using try and catch, throwing exceptions, defined exceptions. Multithreaded Programming : Java spread model, creating threads, and thread priorities, synchronization. Suspending resuming and stopping threads. UNIT-IV Input/Output : Basic Streams, Byte and Character Stream, predefined streams, reading and writing from console and files. Using standard Java Packages (lang,util,io) Networking :Nasecs. TCP/IP client & server sockets, URL connection. JDBC: Setting the JDBC connectivity with backend database. UNIT-V Applets : Fundamentals, life cycle, overriding update, HTML APPLET tag, passing parameters. Developing single applets. Introduction to AWT : Window fundamentals, creating windowed, programs waking with graphics, using AWT controls, menus. Delegation event model, handling mouse and keyboard events. BCA & Other Computer Application (52) BOOKS RECOMMENDED: 1. Java complete reference - by Patrick naughten & Mesut Scpddt. [TMH] 2. Java Primer - by E.Balaguruswami 3. Java Programming - Khalid Mughal OPERATING SYSTEM Note : The Question Paper setter is advised to prepare unit-wise question with the provision of internal choice. Only Simple calculator is allowed not Scientific calculator. UNIT-I Introduction What is operating system, basic concept, terminology, batch processing, spooling, multiprogramming, time sharing, real time systems, protection, multiprocessor system, operating system as resource manager, process view point, memory management, process management, device management and information management, other views of operating system, historical, functional job control language and supervisor service control. UNIT-II Processor Management ( CPU Scheduling) Reviewing of multiprogramming concept, scheduling concept, basic concept, CPU I/O burst cycle process state, PCB ( Programme Control Block) scheduling queries, schedulars, scheduling algorithms - performance criteria, first-come - first served shortest job - first priority, preemptive algorithm, round robin, multilevel queues and multilevel feedback queues, algorithm evolution, multiprocessor scheduling , separate system, coordinated job scheduling, master / slave scheduling. UNIT-III Memory Management Preliminaries of memory management, memory handling in M/C, relocation, swapping and swap time calculation, multiple partitions, partitioned allocation MFT, fragmentation, MVT, compaction, paging, job scheduling implementation of page tables, shared page, virtual memory-overlays, concepts of virtual memory demand page, memory management and performance, page replacement and page replacement algorithms. Allocation algorithms. Storage hierarchy disk and drum scheduling - physical characteristics fcfs scheduling SCAN, short of seek time first disk scheduling algorithms sector queuing. UNIT-IV Information Management (File System) File concept, file type, typed based system, disk based system, general model of file system, file directory maintenance, symbolic file system, basic file system, physical file system, file support device directory, access methods free space management contiguous, linked allocation and indexed allocation performances. UNIT-V Dead Locks The Dead Lock problem - Dead Lock definition, Dead Lock detection, detection algorithm usage, Dead Lock characterization, resource allocation graph, Dead Lock prevention, mutual exclusion, hold and wait, no preemption and circular wait, dead lock avoidance-bankers algorithm. Recovery from Dead Lock process termination, resource preemption, combined approach to Dead Lock handling. BOOKS RECOMMENDED : 1. Principles of Operating System - Peterson. 2. Operating System - Mandinick & Donovan. You are looking for the sample paper of the BCA. So I want to tell that I have the sample paper for the following subjects: CS-610 Foundation Course in English for Computing CS-611 Computer Fundamentals and PC Software CS-612 PC Software Skills CS-05 Elements of Systems Analysis and Design FST: Foundation Course in Science and Technology CS-63 Introduction to System Software CS-06 Database Management System CS-64 Introduction to Computer Organisation CS-66 Multimedia CS-68 Computer Networks CS-69 TCP/IP Programming CS-70 Introduction to Software Engineering CS-72 C++ and Object Oriented Programming CS-74 Introduction to Internet Programming CS-75 Intranet Administration So I am providing you the sample paper for CS-66 Multimedia. If you need anather one than please tell me I will provide that also to you: Q.1. (a) Define the term Multimedia. List four softwares used in multimedia industry. (b) Explain the role of a logic flow chart for multimedia application, with an example. (c) How is multimedia used in business communications? Explain this with an example. (d) What are Annotations? Explain the role of annotations in the applications of hypertext, using an example. (e) What is video conferencing? List two differences between video conferencing and document conferencing. (f) Explain the use of the Everest Authoring system. Also list four features of this system. (g) Describe the Hardware requirernent for a multimedia system, with a suitable diagram. 2. Briefly explain four features of Digital Video. Also explain why it is increasingly used in current applications. Explain two differences in the functions of Digital Video and a CD-ROM. Q.3. (a) What is Macromedia Director? How it is used to develop multimedia? (b) Explain the following multimedia file formats: AVI, BMP, JPEG, MPEG AND Wav. Q.4. (a) What is a hypertext? Explain this with a diagram. Also describe three major elements of hypertext. (b) Explain the use of communication technology for multimedia services, with an example. Q.5. (a) Explain the process of collaborative learning using multimedia, with an example. (b) Explain the production process of multimedia applications, with an example. Contact: Pt. Ravishankar Shukla University Amanaka G.E.Road, Raipur, Chhattisgarh 492010 077122 62540 Map: [MAP]Pt. Ravishankar Shukla UniversityChhattisgarh [/MAP] To get the detailed syllabus download this attachment: |
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