Raspberry pi 3
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The document provides information about a student named SHUJAAHMAD in the 5th semester with roll number 1422. It then discusses the Raspberry Pi, a credit card-sized computer developed by the Raspberry Pi Foundation, a UK-registered charity, to help develop computer science skills for kids with limited access to computers. It aims to teach children not just how to use computers but how they work and how to program them. The Raspberry Pi comes in several models including the original Raspberry Pi as well as the Raspberry Pi 2 Model B and Raspberry Pi 3.
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Bottom up parserInocentshuja Ahmad Shift-reduce parsing is a bottom-up parsing technique that uses two steps: the shift step pushes the next input symbol onto the stack, and the reduce step replaces grammar rule right-hand sides on the stack with their left-hand non-terminals. The LR parser is a widely used, efficient bottom-up parsing algorithm that uses shift-reduce actions and looks ahead k symbols to make parsing decisions. There are three main LR parsing algorithms: SLR(1) works on the smallest grammars but has few states; LR(1) works on all LR(1) grammars but has more states; and LALR(1) works on an intermediate size of grammars with the same number of states as S
7th lec overview - latest
7th lec overview - latestInocentshuja Ahmad This document discusses different types of spread spectrum techniques used in wireless communications. It begins by explaining spread spectrum and its advantages such as security, resistance to jamming and interference, and allowing multiple signals to coexist. It then describes three spread spectrum methods: frequency hopping spread spectrum (FHSS), direct sequence spread spectrum (DSSS), and time hopping spread spectrum (THSS). FHSS and DSSS are discussed in further detail, including how they work, their uses, advantages, and disadvantages. The document also briefly covers infrared wireless networks and orthogonal frequency-division multiplexing (OFDM).
6th lec infrared slides
6th lec infrared slidesInocentshuja Ahmad This document provides an overview of infrared radiation and wireless protocols. It begins with definitions of infrared radiation, its history and characteristics. It then discusses infrared technology used in mobiles for wireless connectivity. The document outlines different infrared data transmission techniques and classification schemes. It also covers wireless networks and common network protocols like TCP, IP, HTTP and their standards. The key points covered are the use of infrared for mobile communication, protocols for network communication and wireless network standards.
5th lec ofdm
5th lec ofdmInocentshuja Ahmad This document provides information about Orthogonal Frequency Division Multiplexing (OFDM) including:
- OFDM was first proposed in 1966 and has developed over the years as a popular scheme for wideband digital communication.
- OFDM works by dividing the available spectrum into multiple orthogonal subcarriers that are modulated with low-rate data streams, maintaining total data rates similar to conventional single-carrier modulation schemes.
- OFDM has advantages over other modulation techniques in that it can easily adapt to severe channel conditions and is robust against interference and fading.
3rd lec fcss
3rd lec fcssInocentshuja Ahmad Frequency hopping spread spectrum (FHSS) is a method of wireless communication where the frequency of the transmitted signal is rapidly switched, or hopped, among many distinct frequencies within a wide band of frequencies. This hopping occurs according to a pseudorandom sequence that is known to both the transmitter and receiver. By hopping between many frequencies, FHSS improves interference rejection, provides security against eavesdropping, and allows multiple transmitters to operate in the same space without interference. Some advantages of FHSS include improved interference rejection, secure communication, increased capacity and spectral efficiency, and lower implementation costs. FHSS is commonly used in military communications systems and satellite communications.
2nd lec wireless terminologies
2nd lec wireless terminologiesInocentshuja Ahmad Wireless networks use radio waves to connect devices without cables. They integrate with wired networks through access points and allow mobility as users move between coverage areas. The 802.11 standards define the physical and data link layers for wireless LANs and include specifications like 802.11a, b, g which provide different speeds and frequencies. Security is important for wireless networks and features like WEP have known vulnerabilities. Careful planning of access point placement and antennas is needed for effective coverage.
1st lec generations
1st lec generationsInocentshuja Ahmad This document summarizes the evolution of wireless technologies from 1G to 5G. It discusses the key features and limitations of each generation including 1G, 2G, 2.5G, 3G, 4G, and the emerging 5G technology. The document compares the data speeds and capabilities of 3G and 4G networks. It also outlines some of the countries that have implemented 4G networks and discusses potential applications and services of wireless technologies.
4rth lec dsss
4rth lec dsssInocentshuja Ahmad Direct sequence spread spectrum is a technique that spreads signals across a wider bandwidth through the use of pseudorandom number sequences. This decreases interference and allows multiple access and functions. In direct sequence spread spectrum, each bit is represented by multiple bits using a spreading code, spreading the signal across a wider frequency band proportional to the number of bits. It is used in applications like GPS, wireless networks, and communications to increase resistance to interference and jamming while allowing sharing of channels.
Mcq's
Mcq'sInocentshuja Ahmad This document contains a multiple choice quiz on topics related to mobile and wireless communication systems. It covers various modulation techniques, technologies and standards used over time for mobile communication including frequency modulation, DECT, GSM, 2G, 3G. Concepts discussed include cellular network components, frequency reuse, channel assignment strategies, handoff processes, interference management techniques, and trunking.
Long questions
Long questionsInocentshuja Ahmad This document outlines topics related to mobile and wireless networks for a final term project, including random access techniques, GSM network architecture, mobile ad-hoc networks, multiplexing techniques, wireless local area networks, infrared and radio frequency comparison, GSM cell structure, handoff types, comparisons of 2G, 3G, 4G networks, the roaming process, short notes on wireless standards and technologies, operating system comparisons, CDMA and GSM comparisons, and details about the ZigBee wireless protocol. The project will involve reviewing chapters 1-3 of the provided textbook on mobile communication.
Lecture notes on mobile communication
Lecture notes on mobile communicationInocentshuja Ahmad This document is a preface and table of contents for a set of lecture notes on mobile communication. The author has been teaching a course on mobile communication for many years at IIT Guwahati in India. The lecture notes are intended to supplement that course and provide students access to the material anytime. The notes cover introductory concepts in mobile communication as well as the evolution of mobile systems, cellular engineering fundamentals, radio wave propagation, multipath fading, and multiple access techniques. The author acknowledges the help received from students and colleagues in developing the lecture notes.
Gsm
GsmInocentshuja Ahmad The document discusses the topics covered in modules about Global System for Mobile Communications (GSM). It provides an overview of GSM architecture and components like the mobile station, base station subsystem, network switching subsystem and their interfaces. It describes the different generations of cellular networks and GSM channels. It also covers concepts like cell planning, hardware for different network nodes, call paths for various call types, data services, mobile packet backbone network and the evolution of GSM.
Lecture5 mobile communication_short 
Lecture5 mobile communication_short Inocentshuja Ahmad This document summarizes the evolution of mobile communications technology from 1G to 4G networks. It describes the basic structure of mobile networks and then details the major standards and generations including: AMPS, GSM, CDMA, UMTS, HSPA, LTE, and LTE-Advanced. It provides information on key aspects of each such as supported data rates, deployment dates, and technological enhancements compared to previous standards.
8th lec flow and error control
8th lec flow and error controlInocentshuja Ahmad Flow and error control are important functions of the data link layer. Flow control coordinates the amount of data sent before receiving acknowledgement to prevent buffers from overflowing. Error control detects and corrects damaged frames using automatic repeat request (ARQ) protocols. Three common ARQ protocols are described: stop-and-wait, go-back-N, and selective repeat. Stop-and-wait sends one frame at a time while the others use sliding windows to allow multiple outstanding frames. Go-back-N resends frames from the last acknowledged in order, while selective repeat resends only damaged frames.
Chapter 10:Risk and Refinements In Capital Budgeting
Chapter 10:Risk and Refinements In Capital BudgetingInocentshuja Ahmad This document provides an overview and summary of Chapter 10 from the textbook "Principles of Managerial Finance" by Lawrence J. Gitman. Chapter 10 expands on capital budgeting techniques by considering risk factors such as sensitivity analysis, scenario analysis, and simulation. It also examines evaluating international projects and risk adjustment methods like certainty equivalents and risk-adjusted discount rates. The document provides learning resources for students on these topics, including a problem solver, study guide examples, and answers to chapter review questions to help students understand the concepts covered in the chapter.
Chapter 9:Capital Budgeting Techniques
Chapter 9:Capital Budgeting TechniquesInocentshuja Ahmad This document provides an overview and instructor resources for a chapter on capital budgeting techniques from the textbook "Principles of Managerial Finance" by Lawrence J. Gitman. The chapter covers net present value, internal rate of return, payback period, and risk-adjusted discount rates. It includes sample problems, spreadsheet templates, and a study guide for classroom use. The document lists learning goals, solutions to review questions, and solutions to sample problems calculating various capital budgeting metrics for multiple projects.
Chapter 5:Risk and Return
Chapter 5:Risk and ReturnInocentshuja Ahmad This document summarizes key concepts from Chapter 5 of the textbook "Principles of Managerial Finance" by Lawrence J. Gitman. The chapter focuses on risk and return fundamentals including measuring risk of single and multiple assets, the benefits of diversification, and the Capital Asset Pricing Model (CAPM). It provides an overview of the chapter topics, study guide examples, answers to review questions, and solutions to problems to help instructors teach the concepts.
Question and answer Programming
Question and answer ProgrammingInocentshuja Ahmad The document discusses key concepts related to classes and objects in object-oriented programming. It defines class, object, class variables, object variables, class methods, and object methods. It explains that a class is a blueprint or template for creating objects, and that every object is built from a class. It also provides examples of how to write a class in different programming languages like ActionScript 3 and Visual Basic. The document then discusses other important OOP concepts like inheritance, polymorphism, exception handling, and common programming structures like arrays, foreach loops, and GUI components.
Email security & threads
Email security & threadsInocentshuja Ahmad This document discusses email security concepts and PGP. It defines email security as securing email accounts and content. Techniques mentioned include strong passwords, spam filters, and encryption. Threats to email security are loss of confidentiality, integrity, and authentication. The document also discusses specific email security threats like snowshoe spamming, hacktivism, and data breaches. It defines concepts related to PGP like public/private key encryption and how PGP can be used to encrypt emails and files.
Chapter03 Top Down Design with Function
Chapter03 Top Down Design with FunctionInocentshuja Ahmad This document discusses top-down design and functions in C programming. It explains that programmers often build on existing functions to reuse code and meet deadlines. Some key points:
- Top-down design breaks problems into subproblems that are solved with functions. Structure charts show the relationships between subproblems.
- C provides standard library functions through header files that can be reused. Programmers can also define their own functions.
- Functions are declared with prototypes specifying their return type and arguments. Control passes between the main function and subprograms when functions are called.
- The document provides examples of functions without arguments, and functions that take input arguments or return values. Homework involves creating functions to convert between Celsius
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