Computer Networking syllabus : Latest Updated Syllabus for syllabus

Computer Networks 

Computer Networks cover both basic and complex data transit and network basics (DCN). A computer network is a collection of devices that are linked together. A computer, printer, or other data-transmitting and receiving device may be a node. Communication channels are the linkages that connect the nodes. 

Design and Analysis of Algorithms 

DAA covers everything there is to know about algorithms, including algorithm control structure, asymptotic analysis, master method,  recurrence, simple sorting algorithm, recursion tree method, selection sort, bubble sort, divide and conquer, insertion sort, binary search, counting sort, merge sort, lower bound theory, and more. An algorithm is a finite collection of instructions that defines a series of activities to be performed in order to solve a specific problem or group of issues. 

Cryptography and Network Security 

Cryptography is the study and application of systems for secure communication when third parties, also known as adversaries, are present. It is concerned with the creation and study of protocols that prevent malicious third parties from gaining access to information shared between two organisations, therefore conforming to several information security standards. 

A scenario in which a message or data sent between two parties cannot be accessed by an adversary is referred to as secure communication. An adversary in cryptography is a malicious entity that wants to get valuable information or data by circumventing information security rules. 

Internet Programming 

An Internet application is a client-server software that connects the client and server using common Internet protocols. You may construct an intranet application or a genuine Internet application that is accessible to the broader public over the Internet using the same approaches. 

Optical Networking  

Optical networks are high-capacity telecommunications networks. They are used to route, groom, and restore wavelength levels and wavelength-based services and are based on optical technology and components. The structural characteristics of optical fibres and their interactions in networks are explained in this lesson, which is divided into many sections. The nature of optical networks, as well as current advances in optical and networking systems that use optical sources and devices, are discussed. 

Advanced Computer Architecture 

Advanced computer architecture is the focus of this course. It will expose students to advanced processor design ideas, with an emphasis on out-of-order pipelines, GPUs, and ILP enhancement compiler approaches. Following that, the course will cover cache design and main memory technology such as DDR-4. The theory of on-chip networks and memory models will take up a significant section of the course. Near the end of the course, low-power design, hardware security, and dependability will be explored. 

Wireless Networks 

Wireless networking is a method of connecting multiple equipment locations in homes, telecommunications networks, and business installations without the need for cables. Administrative telecommunications networks are often built and managed via radio transmission. This implementation takes place at the physical level (layer) of the OSI model network topology. 

Performance Modelling and Queuing Theory 

Queuing models are used by many companies, including banking, airlines, telecommunications, and law enforcement. However, queuing analysis is commonly employed in hospitals and other settings. Queuing models might help hospitals better distribute and manage resources. Queueing analysis may assist in predicting and controlling demand for services with variable timing. This subject covers basic queueing theory, models, and applications in healthcare. Data requirements, model selection, and design are examined. 

1 

Computer Networks 

Principles of Digital & Data Communication 

The foundations of data transmission and how they pertain to network architecture are covered. The gear's capabilities are also mentioned. The current network is a combination of analogue and digital, and the difficulty is determining how to transport data efficiently. A voice network has various advantages and some disadvantages. Because of the redundancy offered by a voice session, some of the audible noise bursts barely effect the message. A few missing components, on the other hand, are critical in a financial transaction. Proprietary interfaces will always be a concern since, unlike the telephone network, no single business helped establish a data network. Data transfer may have become simpler by a variety of standards. 

2 

Computer Networks 

Wireless Networks 

Wireless networking is a method of connecting multiple equipment locations in homes, telecommunications networks, and business installations without the need for cables. Administrative telecommunications networks are often built and managed via radio transmission. This implementation takes place at the physical level (layer) of the OSI model network topology. 

3 

Computer Networks 

Optical Networking  

Optical networks are high-capacity telecommunications networks. They are used to route, groom, and restore wavelength levels and wavelength-based services and are based on optical technology and components. The structural characteristics of optical fibres and their interactions in networks are explained in this lesson, which is divided into many sections. The nature of optical networks, as well as current advances in optical and networking systems that use optical sources and devices, are discussed. 

4 

Computer Networks 

Embedded Systems and Real-Time Operating Systems 

A Real-Time Operating System, or RTOS, is a software component that quickly shifts between workloads, providing the appearance that many programmes are running on a single processor core at the same time. The reaction times of an OS (Operating System) such as Windows or Unix and an RTOS (Real-Time Operating System) found in embedded systems are different. OSs often respond in a non-deterministic, soft real-time manner, making no assurances about when each activity will be completed but making every attempt to keep the user aware. An RTOS differs in that it often delivers a hard real-time response, which means it reacts to external events quickly and reliably. When you compare computer-assisted paper editing to the functioning of precise motor control, for example, you can see how unlike they are. 

4 

Computer Networks 

Advanced Computer Architecture 

Advanced computer architecture is the focus of this course. It will expose students to advanced processor design ideas, with an emphasis on out-of-order pipelines, GPUs, and ILP enhancement compiler approaches. Following that, the course will cover cache design and main memory technology such as DDR-4. The theory of on-chip networks and memory models will take up a significant section of the course. Near the end of the course, low-power design, hardware security, and dependability will be explored. 

4 

Computer Networks 

Network Management 

The process of managing and maintaining computer networks is known as network management. Fault analysis, performance management, network provisioning, and service quality assurance are all services supplied by this discipline. Network administrators utilise network management software to assist them with these obligations. Other than that, there are just a few options for managing your network and network devices. IT pros may use network management to keep track of network components across a vast network. SNMP, custom XML, command-line interface (CLI), Windows Management Instrumentation (WMI), CMIP, CORBA, Transaction Language 1 (TL1), NETCONF, and Java Management Extensions are some of the access mechanisms available. 

Network & Information Security Specialisation 

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  Wireless Networks Security 
• Computer & Network Systems Security 
• E-Commerce Technology 
• Computer Forensics 
• Privacy and IT 
• Digital Crime 
• Information Technology and the Law 
• Ethical Hacking for Administrators 
• Operating Systems Principles 
• Technologies of Network Security 

For computer professionals in businesses, government agencies, the military, and other private settings, network security is a top responsibility. Students who choose this specialisation will learn about the evolution of computer security, applied computer operations and security protocols, data transmission and storage protection methods via cryptography, methods of identifying, understanding, and recovering from computer system attacks, security breach prevention methods, network system availability, application security, recovery, and business continuity procedures, and counter system penetration. 

Advanced Computer Architecture 

CCNA Routing and Switching 200-120 Official Cert Guide 

Wendell Odom 

This Cisco Press book is the official handbook for the CCENT and CCNA Routing & Switching certifications. Wendell Odom has created one more masterpiece in network certification. This book will take you step-by-step through the process of studying for the said certifications, laying the groundwork for you to pass the examinations. It contains 150 minutes-long video instruction, current content, exercises, and mock tests, especially CCENT and CCNA Network Simulators, around 26 network labs, etc. (Lite Edition). 

Advanced Computer Architecture 

Routing TCP/IP 

Doyle Carrol 

Although many people are still unfamiliar with the TCP/IP protocol, it makes the internet for the way it is. This book is a comprehensive guide on TCP/IP and BGP-4, covering all aspects of the protocols. Even though this is a Cisco-branded book covering the protocol from a platform-agnostic standpoint, its content helps you learn about BGP-4's troubleshooting, operational components, and configuration. Because this is a practical book rather than a theoretical one, it's excellent for the engineers with a tendency to get their hands dirty! 

Computer Networks 

Computer Networks (5th Edition) 

Andrew S. Tanenbaum 

Andrew Tanenbaum discusses the functioning of computer networks from the inside out in this book. It is well-organised and covers every layer of the ISO/OSI architecture in great depth, from the physical ways of connecting to a network to latest applications like the VoIP streaming and video-on-demand. Each chapter shows how fundamental ideas are used in real-world situations. For the first time, a chapter on network security is included in the 5th edition, which came out more than 20 years after the first. Security, which was formerly seen as a distinct concern, must now be investigated and principles implemented at all levels. 

1 

College of Computer Science and Information Technology - COCSIT 

2 

Springdale College of Management Studies 

3 

Vivekananda College of Arts and Science 

4 

SRM University 

5 

IIEST