Lect No.
UNIT
UNIT I
Introducti
on 1
2
3
4
5
6
7
8
9
UNIT II 10
Macro
Processor 11
and 12
Compiler
s 13
14
15
Unit-III 16
Linkers
and 17
Loaders 18
19
20
21
Unit-IV
Operating 22
System 23
(OS)
24
25
26
Unit V 27
Synchroni
zation 28
and
Concurre 29
ncy 30
Control
31
32
33
34
35
Unit-VI
Memory 36
Manage 37
ment
38
39
40
41
42
43
Topic to be covered
Registration
Introduction to Systems Programming, Need of Systems Programming, Software Hierarchy,
Types of software: system software and application software
Evolution of components of Systems Programming: Text Editors, Assembler, Macros
Compiler, Interpreter, Loader, Linker, Debugger, Device Drivers, Operating System
Assembly Language Programming: Assembly Language statements, Benefits of Assembly Language
A simple Assembly scheme, Pass Structure of Assembler
Design of two pass Assembler: Processing of declaration statements, Assembler Directives and imperative
statements
Advanced Assembler Directives, Intermediate code forms
Pass I and Pass II of two pass Assembler
Introduction, Features of a Macro facility: Macro instruction arguments
Conditional Macro expansion
Macro calls within Macros, Macro instructions, Defining Macro
Design of two pass Macro processor
Concept of single pass Macro processor
Introduction to Compilers: Phases of Compiler with one example, Comparison of Compiler and Interpreter
Introduction, Loader schemes: Compile and Go
General Loader Scheme, Absolute Loaders
Subroutine Linkages, Relocating Loaders
Direct linking Loaders, Overlay structure
Design of an Absolute Loader,
Design of Direct linking Loader,Self-relocating programs,
Static and Dynamic linking.
Introduction: Evolution of OS, Operating System Services
Functions of Operating System
Process Management: Process, Process States: 5 and 7 state model
Process control block, Threads, Thread lifecycle, Multithreading Model, Process control system calls.
Process Scheduling: Uni-processor Scheduling, Scheduling: Preemptive, Non-preemptive
Long- term, Medium-term, Short term scheduling
Scheduling Algorithms: FCFS, SJF, RR, and Priority.
Concurrency: Principle and issues with Concurrency, Mutual Exclusion
Hardware approach, Software approach, Semaphore
Mutex and monitor, Reader writer problem
Producer Consumer problem, Dining Philosopher problem
Deadlocks: Principle of Deadlock, Deadlock prevention
Deadlock avoidance, Deadlock detection, Deadlock recovery.
Deadlock avoidance, Deadlock detection, Deadlock recovery.
Introduction: Memory Management concepts, Memory Management requirements.
Memory Partitioning: Fixed Partitioning, Dynamic Partitioning, Buddy Systems Fragmentation
Paging, Segmentation, Address translation
Placement Strategies: First Fit, Best Fit, Next Fit and Worst Fit
Virtual Memory (VM): Concepts, Swapping, VM with Paging, Page Table Structure, Inverted Page Table,
Translation Look aside Buffer
Page Size, VM with Segmentation, VM with Combined paging and segmentation.
Page Replacement Policies: First In First Out (FIFO), Last Recently Used(LRU), Optimal,
Thrashing
Planned Conducte Course BL Level
Date d Date Outcome Remark
/s
Addresse
d
20.722 20.722 CO1 L1
21.722 21.722 CO1 L1
Sachin gadekar was absent
25.7.22 25.7.22 CO1 L1
27.7.22 27.7.22 CO2 L2
Adjustment with Kharde sir
27.7.22 27.7.22 CO2 L2
NASCOM Seminar
28.7.22 28.7.22 CO3 L3
1.8.22 1.8.22 CO3 L3
2.8.22 2.8.22 CO3 L2
2.8.22 2.8.22 CO3 L2
3.8.22 3.8.22 CO3 L2
8.8.22 8.8.22 CO3 L3
10.8.22 10.8.22 CO3 L2
17.8.22 17.8.22 CO3 L3
18.8.22 18.8.22 CO3 L3
18.8.22 18.8.22 CO3 L3
22.8.22 22.8.22 CO3 L3
22.8.22 22.8.22 CO3 L3
23.8.22 24.8.22 CO2 L1
25.8.22 25.8.22 CO3 L3
25.8.22 25.8.22 CO3 L3
25.8.22 25.8.22 CO3 L3
29.8.22 29.8.22
CO3 L3
29.8.22 29.8.22
29.8.22 29.8.22
30.8.22 30.8.22
1.9.22 1.9.22
6.9.22 6.9.22
7.9.22 7.9.22 pedhe Vatap
8.9.22 8.9.22 pedhe Vatap
13.9.22 13.9.22 Sachin not taken the attendance
15.9.22 15.9.22 Bokil madam Seminar
20.9.22 20.9.22
21.9.22 21.9.22
22.9.22 22.9.22
27.6.22 27.6.22
29.9.22 29.9.22
11.10.22 11.10.22
11.10.22 11.10.22
11.10.22 11.10.22
12.10.22 12.10.22
18.10.22 18.10.22
19.10.22 19.10.22
3.11.22 3.11.22
3.9.21/64 17..9.21/65 24.9.21/62
ADSARE GANESH RAJENDRA
AHER AKASH NIMBA
AMBRE RUTUJA JANARDHAN
ARDE SNEHAL GUNGA
AWARI ROHAN BHASKAR
BHALERAO SAMIKSHA SARVOTTAM
BHAVAR SUDARSHAN GOKUL
BHISE AISHWARYA SHIVRAJ
BRAMHANE VIPUL VILAS
CHANDWADE SHUBHAM KALYANSING
DAKHORE RUTUJA CHANDRASHEKHAR
DARADE RUTIK DILIPKUMAR
DAREKAR BHUSHAN SONYABAPU
DIGHE PRANALI DNYANESHWAR
DOKHE DIVYA PRALHAD
DUKRE PUJA SOPAN
GAIKWAD JAYSHRI SURESH
GANDULE PRITAM BHAGWAN
GAVHANE SAURABH KRISHNA
GAYKE SAURABH PRAKASH
GHOLAP ISHWARI VILAS
GHOLAP VAISHNAVI BALASAHEB
GHUGE MONIKA MARUTI
JADHAV AKSHAY GANESH
JADHAV SHRADDHA MUKUND
JAGDHANE PRATIKSHA AVINASH
KADAM SARA DEEPAK
KADU ADARSH VIJAY
KADU PRAJWAL VIKAS
KADU SUPRIYA POPAT
KALE AKSHADA DATTATRAY
KHARAT DIKSHA VASANT
KHARDE SHARAYU SANTOSH
KHOSE SHUBHANGI ANIL
KOLAPKAR MAYURI GANESH
KOLSE NISHA BABASAHEB
KOTHAWADE PIYUSHA PRAMOD
KURHE PRATIK BALASAHEB
KUWAR KETAN CHANDRAKANT
LAGAD PALLAVI SUNIL
LANDE VAIBHAV BHAVRAO
MAGAR HRUSHIKESH SANJAY
MAGAR NIKITA RAMPRASAD
MURGE PRAJAKTA NILKUMAR
NAIKNAWARE CHARUKESH HEMANT
NEMANE AKANKSHA SHIVAJI
NIKAM ANIKET SOPAN
NIMBALKAR ADITI RAJENDRA
PATIL CHANCHAL CHANDU
PATIL SUDARSHAN AMBALAL
PAWANE PRATIK DATTATRAYA
PAWAR SAKSHI KASHINATH
RAHANE PAVAN ARUN
ROKADE DEEKSHA DEEPAK
ROKADE SAMRUDDHI PRAKASH
SABALE RUTIKA SANJAY
SAKAT VISHAL MOHAN
SALVE VIDYA VIJAY
SARODE RENUKA GAJANAN
SAWANT PRACHI ASHOK
SAYYAD ROSHNI ASLAM
SAYYAD TOHID ARIF
SHELKE GANESH SANJAY
SHINDE KARISHMA SHANKAR
SHINDE KETAN LAXMIKANT
SHINDE SAKSHI SUNIL
SHIRSATH SHIVANAND SANDIP
SHITOLE SUJATA DIGAMBAR
SONAWANE NISHA RAJENDRA
SURYANWANSHI PRIYANKA KALYAN
TAMHANE SHRUTI SADANAND
THORAT NIKITA ANNASAHEB
THORAT VAISHNAVI LAHANU
TRIBHUVAN SANDESH BALU
TRIBHUVAN SHWETA SHARAD
TUWAR VINAYAK BHAUSAHEB
VIKHE HARSHADA GITARAM
VIKHE SHUBHAM DILIP
VISHWASRAO VAISHNAVI PRASHANT
WAGH PRANOTI PANDURANG
WAKADE KOMAL RAJENDRA
WARALE ARTI GORAKSHNATH
MORADE RAHUL
Lect No. UNIT
UNIT I
Introducti
on 1
2
3
4
5
6
UNIT II
Macro 7
Processor 8
and
Compiler 9
s 10
11
12
Unit-III 13
Linkers
and 14
Loaders 15
16
17
18
Unit-IV 19
20
21
22
23
24
Unit-V 25
26
27
28
29
30
31
Unit-VI
32
33
34
35
36
Topic to be covered
Registration
Introduction and Overview of Cyber Crime
Nature and Scope of Cyber Crime, Types of Cyber Crime: crime against an individual
Crime against property, Cyber extortion
Drug trafficking, cyber terrorism. Need for Information security
Threats to Information Systems, Information Assurance
Cyber Security, and Security Risk Analysis
Unauthorized Access to Computers, Computer Intrusions
Viruses, and Malicious Code, Internet Hacking and Cracking, Virus and worms
Software Piracy, Intellectual Property, Mail Bombs, Exploitation, Stalking and Obscenity in Internet
Cybercrime prevention methods, Application security (Database, E-mail, and Internet), Data Security Considerations-
Backups
Archival Storage and Disposal of Data, Security Technology-Firewall and VPNs
Hardware protection mechanisms, OS Security
What is Computer Forensics?, Use of Computer Forensics in Law Enforcement, Computer Forensics Assistance to
Human Resources/Employment Proceedings
Computer Forensics Services, Benefits of Professional Forensics Methodology
Steps taken by Computer Forensics Specialists Types of Computer Forensics Technology: Types of Military
Computer Forensic Technology
Types of Law Enforcement — Computer Forensic Technology
Types of Business Computer Forensic Technology Computer Forensics Evidence and Capture: Data Recovery Defined
Data Back-up and Recovery, The Role of Back-up in Data Recovery, The Data-Recovery Solution.
Why Collect Evidence? Collection Options ,Obstacles
Types of Evidence — The Rules of Evidence, Volatile Evidence, General Procedure, Collection and Archiving
Methods of Collection, Artifacts, Collection Steps, Controlling Contamination: The Chain of Custody Duplication and
Preservation of Digital Evidence: Preserving the Digital Crime Scene
Computer Evidence Processing Steps, Legal Aspects of Collecting and Preserving Computer Forensic Evidence
Computer Image Verification and Authentication: Special Needs of Evidential Authentication
Computer Evidence Processing Steps, Legal Aspects of Collecting and Preserving Computer Forensic Evidence
Computer Image Verification and Authentication: Special Needs of Evidential Authentication
Practical Consideration, Practical Implementation
Determining what data to collect and analyze, validating forensic data, addressing data-hiding techniques
performing remote acquisitions Network Forensics: Network forensics overview, performing live acquisitions
developing standard procedures for network forensics, using network tools, examining the honeynet project. Processin
Crime and Incident Scenes: Identifying digital evidence
collecting evidence in private-sector incident scenes, processing law enforcement crime scenes
preparing for a search, securing a computer incident or crime scene, seizing digital evidence at the scene
storing digital evidence, obtaining a digital hash, reviewing a case
Evaluating computer forensic tool needs, computer forensics software tools,
computer forensics hardware tools, validating and testing forensics software E-Mail Investigations: Exploring the role
e-mail in investigation
computer forensics hardware tools, validating and testing forensics software E-Mail Investigations: Exploring the role
e-mail in investigation
exploring the roles of the client and server in e-mail
investigating e-mail crimes and violations
understanding e-mail servers, using specialized e-mail forensic tools
Planned Conducte Course BL Level
Date d Date Outcome
/s
Addresse
d
21.7.22 21.7.22 CO1 L1
Sachin gadekar was absent
25.7.22 25.7.22 CO1 L1
25.7.22 25.7.22 CO2 L2
28.7.22 28.7.22 CO3 L3
1.8.22 1.8.22
1.8.22 1.8.22 CO3 L2
2.8.22 2.8.22 CO3 L2
4.8.22 4.8.22 CO3 L3
5.8.22 5.8.22 CO3 L2
5.8.22 5.8.22 CO3 L3
8.8.22 8.8.22 CO3 L3
12.8.22 12.8.22 CO3 L3
18.8.22 18.8.22 CO3 L3
22.8.22 22.8.22 CO3 L3
22.8.22 22.8.22 CO2 L1
23.8.22 23.8.22 CO3 L3
CO3 L3
25.8.22 25.8.22
CO3 L3
26.8.22 26.8.22
29.8.22 29.8.22
29.8.22 29.8.22
31.8.22 31.8.22
1.9.22 1.9.22
5.9.22 5.9.22
5.9.22 5.9.22
9.9.22 9.9.22
12.9.22 12.9.22
12.9.22 12.9.22
15.9.22 15.9.22
19.9.22 19.9.22
22.9.22 22.9.22
26.9.22 26.9.22
26.9.22 26.9.22
29.9.22 29.9.22
29.9.22 29.9.22
13.10.22 13.10.22
17.10.22 17.10.22
17.10.22 17.10.22
31.10.22 31.10.22
31.10.22 31.10.22
Unit Chapter Description
Introduction to Embedded systems
1 Embedded Systems
Characteristics, Challenges,Processors in
Embedded systems ,hardware Unit s and
1 Embedded Systems devices in an embedded system –
1 Embedded Systems Power source memory, real-time clocks,
timers, reset circuits, watchdog-timer
1 Embedded Systems reset,Input-output ports, buses and
interfaces, ADC, DAC, LCD, LED
1 Embedded Systems
Keypad, pulse dialer,modem,
transceivers,embedded software software are
1 Embedded Systems tools for designing an embedded system..
Embedded SOC, ASIC, IP core ,SIP, ASSP,
1 Embedded System On Chip (SOC)
Advanced architectures,Processor
1 Embedded System On Chip (SOC) organization
Processor selection and memory selection
2 Embedded System On Chip (SOC)
2 Embedded System On Chip (SOC) examples of embedded systems
2 Embedded System On Chip (SOC) Internet enabled systems
2 Embedded System On Chip (SOC) Networked embedded systems
2 I/O Communication Wireless and mobile system Protocols
2 I/O Communication Devices and communication buses,types of serial communication
2 I/O Communication Serial protocols
2 I/O Communication RS-485, HDLC, SPI, SCI
3 I/O Communication SI, SDIO,ARM bus, Wireless devices
3 I/O Communication Parallel ports and interfacing. Parallel device protocols: ISA, PCI
3 Introduction to real-time operating ,Temporal parameters of real-time
Real Time Operating System
3 Real Time Operating System Types of real-time tasks Functional parameters
3 Real Time Operating System Resource parameters
3 Real Time Operating System Real-time task and task states
3 Real Time Operating System priority-driven- Fixed priority
3 Real Time Operating System Earliest-Deadline-First
4 Inter-process communication Static and Dynamic systems,Resources
4 Inter-process communication and resource access control
4 Inter-process communication Enforcing mutual exclusion shared data problem
4 Inter-process communication Effects of resource contention
4 Inter-process communication Inter-process communication
4 mailboxes and pipes Other RTOS services-Timer function Interrupts
Inter-process communication
4 Multiprocessor Scheduling Multiprocessor Scheduling
4 Multiprocessor Scheduling Real-time communication
5 Multiprocessor Scheduling Medium access-control protocols
5 Software development process ,mplementation aspects in an embedded system
Multiprocessor Scheduling
5 Validation and debugging of embedded systems Debugging techniques
Multiprocessor Scheduling
Actual Date Time Proposed Date Course Outcomes
3.11.22 3.11.22
2.15-3.10 1
4.11.22 4.11.22
12.15-1.15 1
7.11.22 7.11.22
4.05-5.00 1
serial communication 2
e protocols: ISA, PCI 3
parameters of real-time 3
parameters 3
3
3
data problem 4
mer function Interrupts 4
ects in an embedded system 5
s Debugging techniques 5
Program Outcomes
1,2,4
1,2,4
1,2,4
1,2,4
1,2,4
1,2,4
1,2,4
1,2,4
1,2,3,4,5
1,2,3,4,5
1,2,3,4,5
1,2,3,4,5
1,2,3,4,5
1,2,3,4,5
1,2,3,4,5
1,2,3,4,5
1
1
1,2,3
1,2,3
1,2,3
1,2,3
1,2,3
1,2,3
1,2,3
1,2,3
2,5
2,5
2,5
