Nepal Police(Inspector) Computer Engineer/IT MCQ questions
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This document is a compilation of multiple-choice questions for the Nepal Police Inspector level Loksewa exam covering topics in computer engineering and information technology. It was compiled by Raiz Maharjan in 2018 and contains practice questions for test takers.
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Mobile transportlayer
Mobile Transport Layer protocols aim to address challenges with TCP over mobile networks. Traditional TCP uses congestion control like slow start and fast retransmit/recovery that can reduce performance over mobile. Indirect TCP splits the connection at the access point to avoid wireless errors affecting the wired segment. Snooping TCP buffers packets at the access point and performs local retransmissions on errors. Mobile TCP splits the connection and uses an optimized TCP between the supervisory host and mobile host, choking the sender when the mobile is disconnected to avoid buffering large amounts of undelivered data.
Tcp header/IP Header/Authentication header
The document discusses the TCP/IP protocol stack and the headers used at each layer.
It describes that TCP works to divide files into packets and send them to workstations, while IP handles routing packets through networks. The TCP header includes fields like source/destination port numbers, sequence numbers, flags, and checksums. The IP header treats the TCP header+data as a datagram and adds its own header fields like version, length, identification, flags, time to live, and source/destination addresses.
An Authentication Header can also be added for security purposes to authenticate senders and protect against modification of packets.
IP Security and its Components
Internet Protocol (IP) : It is the method or protocol by which data is sent from one computer to another on the Internet. [1]
Original version of the Internet Protocol that was first designed in 1983. [2]
Security: “The quality or state of being
secure—to be free from danger”.
IPSec protects all the traffic over the
network.
CS8691 - Artificial Intelligence.pdf
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Arp and rarp
This document discusses several internet protocols, including ARP and RARP. ARP is used to convert IP addresses to physical addresses like Ethernet addresses. It operates below the network layer to interface between OSI layers. A host broadcasts an ARP request to obtain another device's physical address. RARP is used to resolve an IP address from a given hardware address. It has been replaced by newer protocols but was used by clients to request IP addresses from a network.
Ipv4 and Ipv6
The document discusses IP addresses and the differences between IPv4 and IPv6. It defines what an IP address is and explains the classes of IPv4 addresses including Class A, B, C, D and E. It also defines IPv6, noting it uses 128-bit addresses represented by 8 groups of hexadecimal digits separated by colons. The key differences between IPv4 and IPv6 are that IPv4 uses 32-bit addresses in dot-decimal notation while IPv6 uses 128-bit addresses in hexadecimal colon-separated notation and has a much larger address space.
Online car parking reservation system ppt 9160262550 dinesh
This document describes a mini project for an online car parking reservation system. It includes an abstract that outlines the key features of the system, which allows users to book parking spaces online. It then lists the main modules as admin/guard, user, and payment. The introduction provides an overview of how the system will allow users to access information on available parking slots and book slots online. It compares the proposed system to existing systems that use RFID tags or sensors. The proposed system aims to ease the parking process by allowing users to reserve slots through a web application before entering a building. It analyzes the technical, economic and operational feasibility of the system. Finally, it provides details on the system requirements, data flow diagrams, tables,
Transmission Control Protocol (TCP)
The document discusses the key features and mechanisms of the Transmission Control Protocol (TCP). It begins with an introduction to TCP's main goals of reliable, in-order delivery of data streams between endpoints. It then covers TCP's connection establishment and termination processes, flow and error control techniques using acknowledgments and retransmissions, and congestion control methods like slow start, congestion avoidance, and detection.
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Mobile transportlayer
Mobile Transport Layer protocols aim to address challenges with TCP over mobile networks. Traditional TCP uses congestion control like slow start and fast retransmit/recovery that can reduce performance over mobile. Indirect TCP splits the connection at the access point to avoid wireless errors affecting the wired segment. Snooping TCP buffers packets at the access point and performs local retransmissions on errors. Mobile TCP splits the connection and uses an optimized TCP between the supervisory host and mobile host, choking the sender when the mobile is disconnected to avoid buffering large amounts of undelivered data.
Tcp header/IP Header/Authentication header
The document discusses the TCP/IP protocol stack and the headers used at each layer.
It describes that TCP works to divide files into packets and send them to workstations, while IP handles routing packets through networks. The TCP header includes fields like source/destination port numbers, sequence numbers, flags, and checksums. The IP header treats the TCP header+data as a datagram and adds its own header fields like version, length, identification, flags, time to live, and source/destination addresses.
An Authentication Header can also be added for security purposes to authenticate senders and protect against modification of packets.
IP Security and its Components
Internet Protocol (IP) : It is the method or protocol by which data is sent from one computer to another on the Internet. [1]
Original version of the Internet Protocol that was first designed in 1983. [2]
Security: “The quality or state of being
secure—to be free from danger”.
IPSec protects all the traffic over the
network.
CS8691 - Artificial Intelligence.pdf
The document appears to be about agent programs and intelligent agents. It discusses how agent programs take in percepts from sensors and output actions through actuators. It also discusses how intelligent agents perceive their environment through sensors, take actions through actuators, and strive to achieve goals. The document contains diagrams illustrating the architecture of agent programs and how they interact with the environment.
Arp and rarp
This document discusses several internet protocols, including ARP and RARP. ARP is used to convert IP addresses to physical addresses like Ethernet addresses. It operates below the network layer to interface between OSI layers. A host broadcasts an ARP request to obtain another device's physical address. RARP is used to resolve an IP address from a given hardware address. It has been replaced by newer protocols but was used by clients to request IP addresses from a network.
Ipv4 and Ipv6
The document discusses IP addresses and the differences between IPv4 and IPv6. It defines what an IP address is and explains the classes of IPv4 addresses including Class A, B, C, D and E. It also defines IPv6, noting it uses 128-bit addresses represented by 8 groups of hexadecimal digits separated by colons. The key differences between IPv4 and IPv6 are that IPv4 uses 32-bit addresses in dot-decimal notation while IPv6 uses 128-bit addresses in hexadecimal colon-separated notation and has a much larger address space.
Online car parking reservation system ppt 9160262550 dinesh
This document describes a mini project for an online car parking reservation system. It includes an abstract that outlines the key features of the system, which allows users to book parking spaces online. It then lists the main modules as admin/guard, user, and payment. The introduction provides an overview of how the system will allow users to access information on available parking slots and book slots online. It compares the proposed system to existing systems that use RFID tags or sensors. The proposed system aims to ease the parking process by allowing users to reserve slots through a web application before entering a building. It analyzes the technical, economic and operational feasibility of the system. Finally, it provides details on the system requirements, data flow diagrams, tables,
Transmission Control Protocol (TCP)
The document discusses the key features and mechanisms of the Transmission Control Protocol (TCP). It begins with an introduction to TCP's main goals of reliable, in-order delivery of data streams between endpoints. It then covers TCP's connection establishment and termination processes, flow and error control techniques using acknowledgments and retransmissions, and congestion control methods like slow start, congestion avoidance, and detection.
ELEMENTS OF TRANSPORT PROTOCOL
THIS DESCRIBES VARIOUS ELEMENTS OF TRANSPORT PROTOCOL IN TRANSPORT LAYER OF COMPUTER NETWORKS
THERE ARE SIX ELEMENTS OF TRANSPORT PROTOCOL NAMELY
1. ADDRESSING
2. CONNECTION ESTABLISHMENT
3.CONNECTION REFUSE
4.FLOW CONTROL AND BUFFERS
5.MULTIPLEXING
6.CRASH RECOVERY
Digital & analog transmission
This document discusses various methods of information transmission including digital-to-digital, analog-to-digital, transmission modes, digital-to-analog, and analog-to-analog conversion. It describes techniques such as line coding, block coding, pulse code modulation, delta modulation, asynchronous/synchronous/isochronous transmission, and analog modulation methods including amplitude, frequency, and phase modulation. The key steps and processes involved in each conversion technique are explained, along with considerations for bandwidth and how analog or digital signals are represented.
Arp (address resolution protocol)
ARP (Address Resolution Protocol) maps logical IP addresses to physical MAC addresses. It works by broadcasting an ARP request packet containing the logical IP address, and the physical host with that IP will respond with its MAC address in an ARP reply packet. ARP packets are encapsulated within Ethernet frames to be transmitted at the data link layer, and ARP is used to resolve addresses both for hosts on the same local network and for traffic destined for a default router on another network.
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Lan architecture
LAN architecture includes hardware, software, topology and MAC protocols. The three main components are the MAC protocol, network topology, and network operating system software. Common MAC protocols are CSMA/CD and token passing. Common topologies are bus, star, and ring. LAN architecture defines how devices connect and communicate on a local network.
MAC & IP addresses
A MAC address is a 48-bit hardware address that uniquely identifies network interfaces for communication in an Ethernet network. It is stored in the network card's firmware and is usually written as 12 hexadecimal digits separated by hyphens. An IP address is a 32-bit logical address that identifies a device on an IP network and can be configured manually or automatically via DHCP. Private IP address ranges like 10.0.0.0/8 and 192.168.0.0/16 are non-routable and used for local area networks.
Semantic net in AI
1) This document discusses semantic networks, which are a knowledge representation technique used in artificial intelligence. Semantic networks represent knowledge through nodes and links, where nodes represent concepts or objects, and links represent relationships between the nodes.
2) As an example, a simple semantic network is presented representing facts about a cat named Jerry - that Jerry is a cat, a mammal, owned by Jay, white in color, and likes cheese.
3) The document outlines different types of semantic networks including definitional, assertional, implicational, and learning networks. It also discusses advantages such as being a natural representation of knowledge, and disadvantages including lack of quantifiers and lack of intelligence.
Error Detection And Correction
The document discusses error detection and correction techniques used in data communication. It describes different types of errors like single bit errors and burst errors. It then explains various error detection techniques like vertical redundancy check (VRC), longitudinal redundancy check (LRC), and cyclic redundancy check (CRC). VRC adds a parity bit, LRC calculates parity bits for each column, and CRC uses a generator polynomial to calculate redundant bits. The document also discusses Hamming code, an error correcting code that uses redundant bits to detect and correct single bit errors.
Transport layer
This document summarizes key aspects of the transport layer:
- The transport layer provides logical communication between application processes running on different hosts and handles reliable data transfer.
- It provides both connection-oriented and connectionless services to the application layer. Quality of service parameters like throughput and delay can be negotiated.
- Transport layer protocols like TCP and UDP are described. TCP provides reliable byte-stream delivery using connections while UDP provides best-effort unreliable datagram delivery.
Mac protocols
This document discusses medium access control (MAC) protocols, which regulate access to a shared wireless medium between nodes. It covers key requirements for MAC protocols including throughput efficiency, fairness, and low overhead. It also describes challenges like the hidden terminal problem, exposed terminal problem, and sources of overhead from collisions, overhearing, and idle listening. Finally, it categorizes common MAC protocols as fixed assignment, demand assignment, and random access and notes additional energy conservation requirements for wireless sensor networks.
Introduction to TCP/IP
TCP/IP is a set of protocols that defines how data is transmitted and formatted so that networked systems can communicate. It originated from ARPAnet, which was developed by the Department of Defense to create a decentralized network resilient to attacks. TCP/IP provides logical addressing, routing between networks, name resolution from names to addresses, error checking and flow control for reliable data transmission, and support for multiple applications simultaneously through the use of ports. It is overseen by various standards organizations to ensure interoperability.
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Icmp
ICMP is a helper protocol that supports IP by providing error reporting and simple queries. ICMP messages are encapsulated as IP datagrams with a 4 byte header containing the type, code, and checksum. Common ICMP error messages include Destination Unreachable (sent when a datagram cannot be forwarded), Redirect (informs about a better route), and Time Exceeded (sent when the TTL reaches zero).
5 IEEE standards
The IEEE 802 is a family of IEEE standards dealing with Local Area Networks and Metropolitan Area Networks. The IEEE 802 family of standards is maintained by the IEEE 802 LAN/MAN Standards Committee (LMSC).
The most widely used standards are for the Bridging and Virtual Bridged LANs (802.1), Ethernet family (802.3), Token Ring (802.5) and Wireless LAN (802.11).
Reference models in Networks: OSI & TCP/IP
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- The OSI reference model, approved in 1984, which divides communication problems into seven layers to aid in network interconnection.
- Each of the seven layers of the OSI model, describing their functions and responsibilities for moving data through the network.
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Network Layer,Computer Networks
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ELEMENTS OF TRANSPORT PROTOCOL
THIS DESCRIBES VARIOUS ELEMENTS OF TRANSPORT PROTOCOL IN TRANSPORT LAYER OF COMPUTER NETWORKS
THERE ARE SIX ELEMENTS OF TRANSPORT PROTOCOL NAMELY
1. ADDRESSING
2. CONNECTION ESTABLISHMENT
3.CONNECTION REFUSE
4.FLOW CONTROL AND BUFFERS
5.MULTIPLEXING
6.CRASH RECOVERY
Digital & analog transmission
This document discusses various methods of information transmission including digital-to-digital, analog-to-digital, transmission modes, digital-to-analog, and analog-to-analog conversion. It describes techniques such as line coding, block coding, pulse code modulation, delta modulation, asynchronous/synchronous/isochronous transmission, and analog modulation methods including amplitude, frequency, and phase modulation. The key steps and processes involved in each conversion technique are explained, along with considerations for bandwidth and how analog or digital signals are represented.
Arp (address resolution protocol)
ARP (Address Resolution Protocol) maps logical IP addresses to physical MAC addresses. It works by broadcasting an ARP request packet containing the logical IP address, and the physical host with that IP will respond with its MAC address in an ARP reply packet. ARP packets are encapsulated within Ethernet frames to be transmitted at the data link layer, and ARP is used to resolve addresses both for hosts on the same local network and for traffic destined for a default router on another network.
osy microproject[1].pdf
This document is a report on operating system tools created by students Manali, Vaishnavi, and Sanved for their Operating Systems course. It discusses the aims of understanding different OS tools and their functions. The methodology included selecting a topic, distributing work, collecting information from sources, creating a Word document, arranging the information, and getting teacher review. The literature reviewed included websites on Java, tutorials, and Guru99. The aims were to understand OS tools, their functions, and providing access to system resources.
Lan architecture
LAN architecture includes hardware, software, topology and MAC protocols. The three main components are the MAC protocol, network topology, and network operating system software. Common MAC protocols are CSMA/CD and token passing. Common topologies are bus, star, and ring. LAN architecture defines how devices connect and communicate on a local network.
MAC & IP addresses
A MAC address is a 48-bit hardware address that uniquely identifies network interfaces for communication in an Ethernet network. It is stored in the network card's firmware and is usually written as 12 hexadecimal digits separated by hyphens. An IP address is a 32-bit logical address that identifies a device on an IP network and can be configured manually or automatically via DHCP. Private IP address ranges like 10.0.0.0/8 and 192.168.0.0/16 are non-routable and used for local area networks.
Semantic net in AI
1) This document discusses semantic networks, which are a knowledge representation technique used in artificial intelligence. Semantic networks represent knowledge through nodes and links, where nodes represent concepts or objects, and links represent relationships between the nodes.
2) As an example, a simple semantic network is presented representing facts about a cat named Jerry - that Jerry is a cat, a mammal, owned by Jay, white in color, and likes cheese.
3) The document outlines different types of semantic networks including definitional, assertional, implicational, and learning networks. It also discusses advantages such as being a natural representation of knowledge, and disadvantages including lack of quantifiers and lack of intelligence.
Error Detection And Correction
The document discusses error detection and correction techniques used in data communication. It describes different types of errors like single bit errors and burst errors. It then explains various error detection techniques like vertical redundancy check (VRC), longitudinal redundancy check (LRC), and cyclic redundancy check (CRC). VRC adds a parity bit, LRC calculates parity bits for each column, and CRC uses a generator polynomial to calculate redundant bits. The document also discusses Hamming code, an error correcting code that uses redundant bits to detect and correct single bit errors.
Transport layer
This document summarizes key aspects of the transport layer:
- The transport layer provides logical communication between application processes running on different hosts and handles reliable data transfer.
- It provides both connection-oriented and connectionless services to the application layer. Quality of service parameters like throughput and delay can be negotiated.
- Transport layer protocols like TCP and UDP are described. TCP provides reliable byte-stream delivery using connections while UDP provides best-effort unreliable datagram delivery.
Mac protocols
This document discusses medium access control (MAC) protocols, which regulate access to a shared wireless medium between nodes. It covers key requirements for MAC protocols including throughput efficiency, fairness, and low overhead. It also describes challenges like the hidden terminal problem, exposed terminal problem, and sources of overhead from collisions, overhearing, and idle listening. Finally, it categorizes common MAC protocols as fixed assignment, demand assignment, and random access and notes additional energy conservation requirements for wireless sensor networks.
Introduction to TCP/IP
TCP/IP is a set of protocols that defines how data is transmitted and formatted so that networked systems can communicate. It originated from ARPAnet, which was developed by the Department of Defense to create a decentralized network resilient to attacks. TCP/IP provides logical addressing, routing between networks, name resolution from names to addresses, error checking and flow control for reliable data transmission, and support for multiple applications simultaneously through the use of ports. It is overseen by various standards organizations to ensure interoperability.
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Icmp
ICMP is a helper protocol that supports IP by providing error reporting and simple queries. ICMP messages are encapsulated as IP datagrams with a 4 byte header containing the type, code, and checksum. Common ICMP error messages include Destination Unreachable (sent when a datagram cannot be forwarded), Redirect (informs about a better route), and Time Exceeded (sent when the TTL reaches zero).
5 IEEE standards
The IEEE 802 is a family of IEEE standards dealing with Local Area Networks and Metropolitan Area Networks. The IEEE 802 family of standards is maintained by the IEEE 802 LAN/MAN Standards Committee (LMSC).
The most widely used standards are for the Bridging and Virtual Bridged LANs (802.1), Ethernet family (802.3), Token Ring (802.5) and Wireless LAN (802.11).
Reference models in Networks: OSI & TCP/IP
The document discusses reference models and the OSI reference model. It provides details on:
- The need for a reference model to standardize network components and layer functions to promote interoperability.
- The OSI reference model, approved in 1984, which divides communication problems into seven layers to aid in network interconnection.
- Each of the seven layers of the OSI model, describing their functions and responsibilities for moving data through the network.
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Nepal Police(Inspector) Computer Engineer/IT MCQ questions
- 1. Compiled by Raiz Maharjan, 2018 Computer Engineering/ IT MCQ Loksewa question for Nepal Police Inspector level
- 2. Compiled by Raiz Maharjan, 2018 Computer Engineering/ IT MCQ Loksewa question for Nepal Police Inspector level
- 3. Compiled by Raiz Maharjan, 2018 Computer Engineering/ IT MCQ Loksewa question for Nepal Police Inspector level
- 4. Compiled by Raiz Maharjan, 2018 Computer Engineering/ IT MCQ Loksewa question for Nepal Police Inspector level
- 5. Compiled by Raiz Maharjan, 2018 Computer Engineering/ IT MCQ Loksewa question for Nepal Police Inspector level
- 6. Compiled by Raiz Maharjan, 2018 Computer Engineering/ IT MCQ Loksewa question for Nepal Police Inspector level
- 7. Compiled by Raiz Maharjan, 2018 Computer Engineering/ IT MCQ Loksewa question for Nepal Police Inspector level
- 8. Compiled by Raiz Maharjan, 2018 Computer Engineering/ IT MCQ Loksewa question for Nepal Police Inspector level