LESSON PLAN (Aug-Dec 2018) Paper Code: MCA Subject: Advance Web Technology. Week Topic Remarks

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1 LESSON PLAN (Aug-Dec 2018) Paper Code: MCA Subject: Advance Web Technology Lecture No. Week Topic Remarks 1 Introduction: DNS caching and prefetching, CSS Expressions and performance, 2 Buffering, Weblog. Search Engines: Searching techniques Week 1 used by search engines, keywords, advertisements 3 Search Engine Optimization (SEO) for individual web pages: header entries, selection of URL 4 SEO for entire website:hyperlinks and link structure, page rank of Google, robots, 5 Week 2 Pitfalls in Optimization: optimization and testing, keyword density, 6 duplicate contents, broken links, poor readability, 7 Navigation styles; tools for optimization: etracking, Google analytics. 8 REVISION of UNIT 1 9 Week 3 PHP: Introduction, Variables, Data Types, 10 Operators and Expressions, Control Flow; Functions 11 Code Blocks and Browser Output, Objects 12 String Manipulation and Regular Expressions 13 Week 4 Authentication with PHP, Interaction with File System and Server 14 Form processing, Session Management, cookies 15 Generating dynamic contents with MySQL. 16 REVISION of UNIT 2 17 Week 5 Advanced Development: Object oriented JavaScript, 18 callbacks, closures modules, 19 AJAX 20 JQuery: Introduction, Traversing Prepared By: Er.Ishta Singhal

2 LESSON PLAN (Aug-Dec 2018) Paper Code: MCA Subject: Advance Web Technology 21 Week 6 Working with DOM, Listening to DOM events, 22 Styling. Angular.js: Introduction 23 Directives, Forms, Services 24 MVC development 25 Week 7 REVISION of UNIT 3 26 Optimization: Optimizing images 27 Load balancers, Tuning MYSQL 28 query caching, query execution and optimization 29 Week 8 traffic generation, Security: Introduction 30, Handling user access and user input Bypassing client-side controls, Authentication Session management and Session hijacking 33 Week 9 Attacks on data stores: SQL query log, SQL injections; Attacks on User 34 XSS attacks; Cross-site Request Forgery (CXRF), 35 Dos and DDos attacks, DNS hijacking 36 REVISION of UNIT 4 37 Week 10 CONTENT BEYOND CURRICULUM 38 CONTENT BEYOND CURRICULUM Prepared By: Er.Ishta Singhal

3 Name of Institution: Name of the Faculty: Seth Jai Parkash Mukand Lal Institute of Engg. & Tech. Radaur ER. MANISHA RANI Discipline: Semester: Subject: MCA 5 st CLOUD COMPUTING Lesson Plan Duration: 10 WEEKS (From SEPTEMBER, 2018 to DECEMBER, 2018) Week Theory Lecture Day Topic (including assignment/test) 1st Introduction to subject Characteristics of cloud, architecture Advantages and disadvantages of cloud Virtualization introduction 2nd Virtualization types / Assignment Network virtualization Application virtualization Virtualization technologies 3rd Cloud services and platforms Application services, queuing service Media services, content delivery services Identity access management services 4th Class test Assignment/ test Case studies Federated and multimedia cloud computing Architecture 5th Doubt session Doubt session Federation types and scenarios Layered enhancement of federation Multimedia cloud 6th Revision /Assignment Python introduction Data types Input / output statements 7th Control flow statements / Assignment Functions and variables Object oriented programming: introduction Class, object and states 8th Relationship Python in cloud computing

4 Iterators and generatos Functional programming 9th Revision Recursion High order functions Python for google and windows 10th Python packages Cloud application development in python Revision Doubt session Revision Doubt session

5 LESSON PLAN (Aug-Dec 2018) Paper Code: MCA Subject: Compiler Design Lecture No. Week Topic Remarks 1 Week 1 2 Compilers and Translators, Need of Translators Tools used for compilation 3 Structure and Phases of Compiler, 4 Single-Pass Multi-Pass Compilers, Bootstrapping 5 Week 2 Compiler Construction Tools. Bootstrap compilers 6 Phases of Compilation process. 7 Lexical Analysis: Design, Finite Automata 8 Regular Expressions, LEX package on LINUX systems. 9 Week 3 Process of Lexical Analysis, Recognition of Regular Expressions. 10 REVISION OF UNIT 1 11 Syntax-Directed Translation: Translation Schemes, Implementation, Postfix Notation, 12 Parse Trees and Syntax Trees 13 Week 4 Three-address code and representations 14 Flow of Control. Building Symbol Tables 15 Data Structures for symbol table, representing scope information. 16 Run Time Storage Administration: Types of Storage Allocation Schemes, Implementation of Stack 17 Week 5 Allocation Scheme and Implementation of Block Structured Languages. 18 Error Detection and Recovery Errors, Lexical-Phase Errors, Syntactic Phase Errors, Semantic Errors. 19 REVISION OF UNIT 2 20 Parsing Techniques: Top down & Bottom-up parsing Prepared By: Er.Ishta Singhal

6 LESSON PLAN (Aug-Dec 2018) Paper Code: MCA Subject: Compiler Design 21 Week 6 Shift Reduce parsing 22 Operator Precedence parsing,predictive Parsers. 23 Left Recursion and its removal, Recursive Descent parser, LR parsers 24 Canonical Collection of LR(0) and LR(1) items, SLR parsing tables, 25 Week 7 Canonical LR parsing tables 26 LALR parsing tables 27 Parsing Ambiguous Grammars 28 Implementation of LR parsing tables, LL(k) and LR(k) Parsers 29 Week 8 YACC package on LINUX systems. 30 REVISION OF UNIT Intermediate Code Generation: Need, Issues in the design of a code generator 33 Week 9 Intermediate languages, Quadruples 34 peephole optimization 35 Register Allocation and Assignment statement 36 Code Optimization: Principle sources of Optimization 37 Week 10 optimization of basic blocks, Loop optimizations 38 DAG Representation of Basic Blocks, Loop Invariant Computation 39 Flow Analysis, code improving transformation. 40 REVISION OF UNIT 4 41 Week 11 *CONTENT BEYOND CURRICULUM Prepared By: Er.Ishta Singhal

7 LESSON PLAN (Aug-Dec 2018) Paper Code: MCA Subject: Compiler Design Prepared By: Er.Ishta Singhal

8 Name of Institution: Name of the Faculty: Seth Jai Parkash Mukand Lal Institute of Engg. & Tech. Radaur ER. MANISHA RANI Discipline: Semester: Subject: MCA 5 st LINUX AND SHELL PROGRAMMING Lesson Plan Duration: 10 WEEKS (From SEPTEMBER, 2018 to DECEMBER, 2018) Week Theory Practical Lecture Day Topic (including assignment/test) Pract ical Day Topic 1st Introduction to subject 2 Linux architecture Introduction to linux operating Installation requirements: kernel and shell System, Basic commands. File System: boot block, super block 2nd File System: inode tables, Storage of Files, 2 Standard Directories Basic program of addition, System Calls for files, Files and Disk related Commands subtraction, multiplication. Use of loops. Hard disk partitioning System Startup And Shut down preocesses 3rd User management /Assignment 2 Programs using if, nested if, and loops Creation and mounting file system User management commands Viewing and changing permissions and ownership of files and directories 4th Creating networks 2 Programs using case, fabonacci series. Signal generation Find area of solid shapes like triangle, Signal handling circle. Environment variables 5th Viewing and changing permissions and ownership of files and directories C language compiler, layout of C program in memory /Assignment 2 Introduction to C Shell, Basic commands

9 Process environment Kernel support, process images 6th Managing Zombie and Orphan Process /Assignment 2 Introduction to various syntax Dependency calculations Dynamic Loader Debuging commands 7th Shell meaning., types / 2 Relational operation in c shell Assignment Input and output functions, background process Managing multiple process, scheduling Class test Class test 8th Shell programming: introduction 2 Program to perform arithmetic Commands and operators operations using case. Loop statements, conditional statements, parameter passing Class test of Shell Programming Class test 9th Parameter passing and arguments 2 Various operation on strings like Associative arrays, mathematical functions calculating vowels, length calculation, Libraries and shell variables words in string, replace string, reverse Shell program to automate system tasks string, compare etc. 10th Revision 2 Operations on arrays Revision Shell scripts using administrators Debugging shell script Doubt session Doubt session

10 Name of Institute: Seth Jai Prakesh Mukand Lal Institute of Management and Technology Name of Faculty: Priyanka Nehra Disciple: MCA Final year Semester:5 th Subject: Mobile Application Development Lession Plan Duration: 13 Weeks(From September,2018 to November,2018) Weeks Theory Topic(including Test/Assignment) Mobile Applications, Characteristics and Benefits 1 st Application Model, Infrastructure and Managing Resources. Mobile Software Engineering. 2 nd Framework and Tools. Mobile Device Profiles. Application Designer and Memory Management. 3 rd Design pattern for limited memory. Work flow for Application Development. Techniques for composing Application. 4 th Communication with the web. Intents and services. Storing and Retrieving Data. Dynamic Linking, Plug-ins and Rules of thumb for using DLLs. 5 th Notification and Alarms, Graphics and Multimedia. Telephony and Location based services. Security and hacking, Packaging and deployment. Google Android: Introduction JDK and ADK. 6 th Android Application Architecture. Traditional Programming Model and Android Activities. Intents, Tasks,Services. Runtime environment for Application /Test /Test Assignment /Test

11 7 th Callback and override in application, concurrency. Serialization, Application Signing Publishing your Application, API Keys for Google Maps Android Framework : GUI, and MVC Architecture. 8 th Fragments and Multi-platform Development. Creating widgets: Layouts, Canvas Drawing Shadows, Gradients; Application with Multiple Screens. 9 th Handling database in android: Android database class, using database API Android Application: Working with Eclipse android Life cycle for Application. Building User Interface: Blank UI, Folding and unfolding a scalable UI; Making Activity, Fragment. Assignment /Test 10 th Multiple Layout and Content Provider. Location based services,mapping, Google Map Activity Working with Mapview and MapActivity 11 th Playing and Recording of Audio and video in application; Sensor and near field Communication. Native Labraries and headers Building Client server application. 12 th Introduction to iphone OS and IOS; UI Tool Kit Interface, Event handling and Graphics services. Layer Animation 13 th Introduction to QT, Platform supported by QT. Modules and Tools of QT. Introduction to Unity engine for game Development. Assignment