2CSE508 - Microcontroller and Application ( DSD )

·        Chapter 1 :

o   1.1.2 – Organization of Micro computer system

o   Summary

·        Chapter 2 :

o   2.1 -  The 8085 Programming Model

o   2.2 – Instruction Classification

o   2.3 – Instruction, Data Format and Storage

·        Chapter 3 :

o   3.1.1 – 8085 Bus Organization

o   3.5.1 – Tristate Devices

o   3.5.2 – Buffer

o   Summary

·        Chapter 4 :

o   4.1 – The 8085 MPU (with all subtopics)

o   4.2.1 – 8085 Machine Cycles and Bus Timings

O 4.3 Memory Interfacing

·        Chapter 6 :

o    Data Transfer Operations (with timing diagrams) :  MOV,  MVI,  LXI ,   LDAX, STAX,  LDA,  STA, IN & OUT

o   Arithmetic Operations :  ADD,   ADI,   ADC,  ACI,  SUB,  SUI,  SBB,  SBI,  INR, DCR,  INX,  DCX

o   Logical Operations :   ANA,  ANI,  ORA,  ORI ,  XRA,  XRI,  CMP,  CPI,  CMA,  CMC

o   Branching Operations :  JMP,  ALL CONDITIONAL JUMPS

o   Refer APPENDIX F for description of instructions.

ADDITIONAL TOPICS :

-        Application Programs discussed and performed in class and lab.

Book : Microprocessor Architecture, Programming and Applications with the 8085 – by Ramesh Gaonkar

2CSE502 - COMPUTER NETWORKS ( RBP )

Basics of Network

Understanding of network and Internet, The network edge, The network core, Understanding of Delay, Loss and Throughput in the packet switching network.

Application Layer

Principles of computer applications, Web and HTTP, E-mail, DNS

Transport Layer

Introduction and transport layer services

2CSE503 - ALGORITHM ANALYSIS & DESIGN (TRK)

Fundamental of Algorithms

Requirement of algorithms, Why to analyze algorithms, Problems & instances, efficiency of algorithms, time and space complexity, average & worst-case analyses, asymptotic notation, Types of algorithms: Iterative v/s Recursive, analyzing control structures, amortized analysis, Complexity analysis of sorting algorithms

Solving Recurrences

Generating recurrence relations from algorithms, homogeneous recurrences, inhomogeneous recurrences, change of variable, range transformations, asymptotic recurrences, substitution method, iteration method, recurrence trees, master theorem.

Divide and Conquer

Characteristics, applications: binary search, merge sort, quick sort, matrix multiplication, counting inversion, Closest Pair of Points, MinMax.

Dynamic Programming

General characteristics and examples, principle of optimality, applications: binomial coefficients, making change, knapsack problem, chained matrix multiplication, Longest Common Subsequence (LCS) problem.

2CSE505 - MICROSERVICES (IBM)

UNIT-1: Fundamentals of Service Oriented Architecture

Fundamentals of SOA, Characteristics of SOA, Principle of SOA,Web Services

Architectures and Standards,SOAP Basics,Service Description, Messaging with

SOAP,,UDDI Basics, REST Basics, Difference between SOAP v/s REST

UNIT-2: NODEJS

Key features of nodejs, basic routing, file system,serving static content,performing CRUD operations, handling http request and response using Http module

2CSE50E20 - VIRTUALIZATION ( NS )

Unit 1

Unit 3

Unit 5

2CSE506 - BIG DATA ANALYTICS (IBM)

Data Science Basics

Introduction to big data and data analytics and its importance, Characteristics of Big Data, drivers of big data, big data case studies, data science pipeline

Hadoop Architecture (HDFS, MapReduce, YARN)

introduction to Hadoop Distributed File System (HDFS), HDFS commands, HDFS Architecture, HDFS read and write operations, MapReduce Framework, Map Reduce phases, Failover mechanism, Introduction to YARN, YARN Architecture, Use cases

Hadoop Ecosystem

Storing and Querying Data using Apache HIVE

2CSE50E27 - DATA SCIENCE & MODELING USING R (DRS)

• R Data Structures/Types
• Common Vector operations, Matrices, Arrays, Lists, factors and Data Frames.
• Reproducible Research using R and Rstudio

• knitr, rmarkdown, interactive document, shiny presentation, shiny web application

• Descriptive Statistics

• Measure of Central Tendency
• Measure of dispersion
• Measure of symmetry (skewness)

• Inferential Statistics through hypothesis tests

• Keywords of Hypothesis test

• Hypothesis, Type - I and Type - II error, significant level, confidence interval, degree of freedom, One tailed / Two Tailed Test, P -Value, Sample standard deviation, Power of Hypothesis

• Flow diagram of hypothesis
• Hypothesis test

• One Sample Z - Test
• Two Sample Z - Test
• One Sample T - Test

2CSE507 - IDENTITY & ACCESS MANAGEMENT ( IBM )

Introduction to IAM:

 Introduction to IAM, Enterprise or Organizational Identities, Electronics and non-electronics Identities, Review of Identity and Access Management: Theory & Practice, Role Based Access Management, Modeling Enterprise Identity and Access Management Systems

Directories

Introduction To Ldap

2CSE50E24 - CRYPTOGRAPHY ( URT )

Unit - 1

Introduction

Information Security understanding,Security goals, Security attacks, Security services, security

mechanisms

Unit - 3

Classical Ciphers

Symmetric cipher model, substitution ciphers, transposition ciphers

Unit - 4

Modern symmetric key ciphers

Modern block ciphers, modern stream ciphers, feistel cipher structure.

2CSE509 - APTITUDE SKILL DEVELOPMENT ( PA )

Basics of Quantitative Abilities:

Problems on Number System, Problems on HCF and LCM, Problems on Average, Problems on Ratio and Proportion, Problems on Percentage.

Arithmetic Quantitative Abilities: 

Problems on Ages, Problems on Profit and Loss.

2CSE50E28 - WEB DEVELOPMENT USING .NET ( KDG )

What is .NET framework, .Net Framework Architecture, Components of .Net Framework, The Common Language Runtime (CLR), The common type system (CTS),Managed code and unmanaged code, The common language specification(CLS),The .NET framework class library,

Namespaces, Assemblies

Introduction to ADO. NET, Understanding the Connection Object, Command Object, Data Adapter, DataSet, Data Reader, Working with Database using ASP.Net

Introduction to ASP.NET, Difference between ASP and ASP .Net, Working with Controls, Using Rich Server Controls