CSE-IoT / IoT • IV Semester • RGPV

RGPV CS-IoT 4th Semester Notes

Complete fourth semester study material for CSE-IoT and IoT students including Probability & Statistics, IoT Security, Operating Systems, COA, Computer Networks and Java Lab.

6

Subjects

30+

Units / Topics

IV

Semester

CSE-IoT 4th Semester Subjects

Select a subject to access notes, syllabus, PYQs and exam preparation material.

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IO401

Probability, Statistics and Linear Algebra

Mathematical and statistical concepts required for engineering and computing applications.

1
Basic Probability, conditional probability, independence, random variables, distributions, Chebyshev's inequality and Bayes' rule.
2
Basic Statistics, moments, skewness, kurtosis, Binomial, Poisson, Normal distribution, correlation and regression.
3
Curve fitting, least squares and large sample tests of significance.
4
Small sample tests, hypothesis testing, independence of attributes and time series.
5
Cramer's rule, SVD, Euclidean vector spaces, projection, Hermitian and Unitary matrices, Gram-Schmidt and LU decomposition.
Open IO401
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IO402

Privacy and Security in IoT

Study cryptography, IoT security frameworks, identity management, trust establishment and cyber security concepts.

1
Cryptography, symmetric ciphers, DES, AES, RSA, Diffie-Hellman, ECC and TDEA.
2
IoT security framework, hardware security, boot process, OS/kernel, containers, edge and network security.
3
IoT vulnerabilities, security blocks, threat modelling and identity management.
4
Trust management, web of trust, access control, identity management and lightweight cryptography.
5
Cloud security, digital identity, privacy, cyber crimes, hackers and cyber forensics.
Open IO402
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IO403

Operating Systems

Complete operating system concepts including process, memory, file, I/O management, scheduling and deadlocks.

1
Introduction to Operating Systems, functions, evolution, characteristics, services, utility programs and system calls.
2
Processes, process states, CPU scheduling, threads, IPC, synchronization, semaphores and deadlocks.
3
Memory management, partitioning, swapping, segmentation, paging and virtual memory.
4
File systems, disk organization, allocation methods, directories, protection and disk scheduling algorithms.
5
I/O management, buffering, kernel I/O subsystem, network, distributed and multiprocessor OS.
Open IO403
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IO404

Computer Organization & Architecture

Study computer structure, CPU organization, arithmetic, I/O organization, memory organization and multiprocessors.

1
Basic computer structure, registers, ALU, buses, instruction format, addressing modes and control unit organization.
2
Computer arithmetic, addition/subtraction, complement representation, Booth's algorithm, division and floating-point arithmetic.
3
I/O interface, PCI, SCSI, USB, serial and parallel transfer, DMA and I/O processor.
4
RAM, ROM, secondary memory, cache memory, mapping schemes, replacement algorithms and virtual memory.
5
Multiprocessors, IPC, synchronization, pipelining, vector processing, RISC, CISC and multicore processors.
Open IO404
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IO405

Computer Networks

Learn networking architecture, OSI model, data link protocols, routing, TCP/IP, subnetting and application layer concepts.

1
Network fundamentals, topologies, OSI model, physical layer, transmission media, switching, Shannon and Nyquist theorem.
2
Data link layer, error detection, Hamming code, CRC, framing, sliding window, PPP, HDLC, ALOHA and CSMA.
3
IEEE 802 LAN standards, hubs, switches, bridges, spanning tree, routers and gateways.
4
Routing algorithms, shortest path, flooding, distance vector, hierarchical routing, TCP/IP, ARP, RARP and ICMP.
5
Subnetting, supernetting, CIDR, transport layer, congestion control, flow control, DNS and email.
Open IO405
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IO406

Java Lab

Practical Java programming covering Java fundamentals, object-oriented programming, applets, AWT, event handling and JDBC.

1
Java overview, installation, first program, keywords, identifiers, data types, variables, operators and control statements.
2
Objects, methods, constructors, garbage collection, overloading, inheritance, packages, interfaces, exceptions and threads.
3
Applet basics, architecture, initialization, termination, display methods and parameters.
4
AWT, windows, graphics, components, containers, frames, controls, layout managers, menus, Swing and servlet introduction.
5
Event handling, delegation model, event listeners, mouse events and JDBC connectivity.
Open IO406

About RGPV CSE-IoT 4th Semester

The fourth semester of the RGPV CSE-IoT / IoT curriculum introduces students to important mathematical, computing, networking, security and programming concepts.

The semester includes six subjects: IO401 Probability, Statistics and Linear Algebra, IO402 Privacy and Security in IoT, IO403 Operating Systems, IO404 Computer Organization & Architecture, IO405 Computer Networks and IO406 Java Lab.

Mathematics and Statistics

IO401 covers probability spaces, random variables, distributions, statistical measures, correlation, regression, hypothesis testing and linear algebra topics such as SVD, projection, Gram-Schmidt orthogonalization and LU decomposition.

IoT Privacy and Security

IO402 focuses on cryptography and IoT security, including symmetric and public-key cryptography, IoT security frameworks, identity management, trust establishment, access control, lightweight cryptography, cloud security and cyber forensics.

Core Computer Science

IO403 Operating Systems, IO404 Computer Organization & Architecture and IO405 Computer Networks provide core computer science knowledge required for later technical subjects.

Java Programming

IO406 Java Lab provides practical exposure to Java programming, object-oriented concepts, inheritance, packages, interfaces, exception handling, multithreading, AWT, event handling and JDBC.

Prepare Better for RGPV Exams

Use organized resources for every major subject of fourth semester.

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Unit-Wise Notes

Study each unit separately and focus on important concepts before examinations.

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Previous Year Questions

Practice PYQs to understand question patterns and improve examination preparation.

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Important Questions

Identify important topics and prepare high-priority questions for semester examinations.

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IoT Security Focus

Prepare dedicated IoT privacy and security topics including cryptography, identity and trust.

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Programming Practice

Practice Java concepts and practical programs listed in the Java Lab curriculum.

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Technical Subjects

Access resources for Operating Systems, COA, Computer Networks and other core subjects.

Frequently Asked Questions

Common questions about CSE-IoT fourth semester.

Which subjects are included in RGPV CSE-IoT 4th semester?

The syllabus includes IO401 Probability, Statistics and Linear Algebra, IO402 Privacy and Security in IoT, IO403 Operating Systems, IO404 Computer Organization & Architecture, IO405 Computer Networks and IO406 Java Lab.

What is IO401?

IO401 is Probability, Statistics and Linear Algebra. It covers probability, statistics, hypothesis testing and linear algebra topics.

What is IO402?

IO402 is Privacy and Security in IoT. It covers cryptography, IoT security frameworks, identity management, trust, access control, lightweight cryptography and cyber forensics.

What topics are covered in IO403 Operating Systems?

The syllabus includes operating system introduction, process management, CPU scheduling, IPC, synchronization, deadlocks, memory management, file systems, disk scheduling and I/O management.

What does IO404 Computer Organization & Architecture cover?

It covers computer structure, CPU organization, instruction formats, control units, computer arithmetic, I/O organization, memory organization and multiprocessors.

What is included in IO405 Computer Networks?

Topics include the OSI model, physical layer, data link layer, error detection, LAN standards, routing algorithms, TCP/IP, IP addressing, subnetting, transport layer, DNS and email.

What is IO406 Java Lab?

IO406 is Java Lab. The syllabus includes Java fundamentals, OOP, inheritance, packages, interfaces, exception handling, multithreading, applets, AWT, event handling and JDBC.

Is RGPV Notes Hub the official RGPV website?

No. RGPV Notes Hub is an independent educational platform created to help students access study material and examination resources.