Thursday, July 29, 2021

MPPSC DSP Syllabus 2021 Exam Pattern

MPPSC DSP Syllabus 2021 Madhya Pradesh PSC DSP Exam Pattern 2021 Download Detailed Syllabus PDF for MPPSC DSP 2021 MPPSC Deputy Superintendent of Police Selection Process 2021 MPPSC DSP Minimum Qualifying Marks 2021 How to Prepare for MPPSC DSP 2021

MPPSC DSP Syllabus 2021

Advertisement No. 05/2021

MPPSC DSP Recruitment :

Madhya Pradesh Public Service Commission (MPPSC) has Recently Announced and Invited the Online Applications from the Eligible Candidates for the Posts of DSP (Radio & Computer) . The complete variety of Vacancies for these Posts had been 15 Posts. Many Interested and Eligible Candidates utilized for these Posts on-line. The Process of Submission of Online Applications for these Posts was commenced from 05.07.2021 and Last Date to Apply for these Posts was 04.08.2021. Check the opposite particulars from under.

Origination Name Madhya Pradesh Public Service Commission (MPPSC)
Name of Post Deputy Superintendent of Police (DSP) (Radio)
Deputy Superintendent of Police (DSP) (Computer)
No. of Vacancy 15 Posts
Selection Process Written Examination
Exam Date
Application Submission Start Date 05.07.2021
Last Date to Apply Online 04.08.2021

About Exam :

Madhya Pradesh Public Service Commission (MPPSC) will quickly conduct the Written Examination for the Posts of Deputy Superintendent of Police (DSP) Radio & Computer. Candidates who utilized for these posts are actually ready for the Exam Dates, in order that they’ll put together for a similar accordingly. There are many candidates who’re Searching and Enquiring concerning the Exam Dates from the Various Sources. Exam Dates shall be launch quickly on the Official Website of MPPSC.

Nowadays Competition Level turn into very excessive so Competitive Exams will get too more durable. Candidates dealing with important downside of “What to prepare” and “How to prepare” to offer their greatest of their exams. So, right here we’re offering the most recent Syllabus & Exam Pattern.

Selection Process :

Written Exam 450 Marks
Interview 50 Marks

Exam Pattern :

Exam Pattern for the Written Exam is as Follows:-

  • Exam Will be Objective Type.
  • Questions shall be within the type of MCQs.
  • Advertisement

  • Every query can have 4 choices (A,B,C,D).
  • Out of 4 choices, just one shall be right.
  • Total Number of Questions on this examination shall be 150.
  • Maximum Marks for this Exam shall be 450 Marks.
  • Each Question shall be of three marks.
  • Time allotted for this examination shall be of three hours.
  • There shall be a Negative Marking of 1 mark.
S.No. Paper Written Examination
1 Part – A 150 Marks
2 Part – B 300 Marks
Total 450 Marks

Exam Syllabus :

Exam Syllabus for Examination is given under :-

Part -A : Syllabus :

(Section-‘A ‘)-General Knowledge of Madhya Pradesh, National and International stage

  1. History tradition and literature of M.P.
  • Important Historical occasions and Major dynasties of M.P.
  • Contribution of Madhya Pradesh within the Independence actions.
  • Art, Architecture and tradition of M.P.
  • Main Tribes and Dialects of M.P.
  • Main festivals, people music and people artwork of M.P.
  • Important literary figures of M.P. and their literature.
  • Main Tourist locations of M.P.
  • Important personalities of M.P.

2. Geography of the Madhya Pradesh

  • Forest, Mountain and Rivers of M.P.
  • Climate of M.P.
  • Natural and mineral sources of M.P.
  • Energy Resources: Conventional and Non- typical.
  • Main irrigation and Power tasks of M.P.

3. Politics and Economy of M.P.

  • Political system of M.P. (Governor, Cabinet, Legislative Assembly).
  • Panchayati Raj in M.P.
  • Social system of M.P.
  • Demography and census of M.P.
  • Economic growth of M.P.
  • Main industries of M.P.
  • Agriculture and Agri based mostly industries in M.P.

4.     Current occasions of International, National and M.P.

  • Important Contemporaneous occasions.
  • Famous sports activities competitions; awards and sports activities establishment of the State and nation.
  • Welfare schemes of M.P. state.
  • Famous personalities and Places.

5. Information and Communication Technology

  • Electronics, computer systems, info and communication expertise.
  • Robotics, synthetic intelligence and cyber safety.
  • E- Governance.
  • Internet and Social networking website.
  • E- Commerce.

Part -B : DSP (Radio) :

Deputy Superintendent of Police (DSP) (Radio) :

(Objective Type Paper)

  1. Physical Electronics, Electron Devices and ICS

Electrons and holes in semiconductors, Carrier statistics, Mechanism of present stream in a semiconductor, Hall impact, Junction principle; Different sorts of diodes and their traits; Bipolar junction transistor; Switching traits of diodes and transistors; Field impact transistors; Power switching gadgets like SCRs. GTOs, Power MOSFETs; Basics of ICs-bipolar, MOS and CMOS varieties; Basics of Opto- electronics.

2.  Signals and Systems

Classification of indicators and methods, Basic indicators, System modelling when it comes to differential and distinction equations; State variable illustration; Fourier collection, Fourier transforms and their software to system evaluation; Convolution and superposition integrals and their functions; Z- transforms and their functions to the evaluation and traits of discrete time methods; Random indicators and likelihood, Correlation capabilities; Spectral density; Response of linear system to random inputs.

3. Network Theory

Network evaluation strategies: Network theorems. Transient response regular state sinusoidal response; Network graphs and their functions in community evaluation; Network theorems, Tellegen’s theorem, Maxim energy switch. Two port networks: Z, Y, h and transmission parameters, Combination of two ports, Analysis of widespread two ports, Network capabilities; Parts of community capabilities, Obtaining a community perform from a given half. Transmission criterion: Delay and rise time; Elmore’s and different definition impact of cascading components of community synthesis. Driving level and switch capabilities. State equations for networks.

4.  EIectromagnetic’Theory

Analysis of electrostatic and magnetostatic fields; Laplace’s and Poison’s equations; Boundary worth issues and their options; Maxwell’s equations: Application to wave propagation in bounded and unbounded media; Transmission traces: Basic principle, Standing waves, Matching functions, Microstrip traces; Basics of waveguides and resonators: Elements of antenna principle. Radar and optical fibers.

5. Electronic Measurement and Instrumentation :

Basic ideas, requirements and error evaluation; Measurements of fundamental electrical portions and parameters; Bridge measurement, Cathode ray oscilloscope, Electronic measuring devices and their ideas of working: Analog and digital, comparability traits and functions, Transducers. Signal converters, Data acquisition and conversion.

(Conventional Type Paper)

1.  Analog Electronic Circuits

Transistor biasing and stabilization. Small sign evaluation. Power amplifiers, Frequency response. Cascade amplifiers, Wide banding strategies, Feedback amplifiers, Tuned amplifiers and functions. Oscillators, Rectifiers and energy provides, Op Amp and different linear built-in circuits and functions. Pulse shaping circuits and waveform mills, 555 timer and its functions.

2.  Digital Electronic Circuits

Transistor as a switching ingredient, Boolean algebra, Simplification of Boolean capabilities, Karnaugh map and functions, IC Logic gates and their traits: IC logic households: DTL, TTL, ECL, NMOS and CMOS gates and their comparisons; Interfacing between TTL and MOS; Combinational logic circuits; Half adder, Full adder; Digital comparator, Multiplexer, Demultiplexer, ROM and their functions, Various flip flops; Different sorts of counters and resisters; Waveform mills, A/D and D/A convenors, Semiconductor reminiscences: Organization and building of RAM, SRAM, DRAM, RAMBUS ROM, PROM, EPROM, EEPROM, PAL and PLAs and so forth.

3.  Control Systems

Modeling of dynamic methods; Transient and regular state response of management methods; Effect of suggestions on stability and sensitivity; Time-domain evaluation of closed loop methods; Solution of state equations; Root locus strategies; Frequency response evaluation. Concepts of acquire and section margins; Constant-M and Constant-N Nichol’s Chart; Approximation of transient response from Constant-N Nichol’s Chart; Observability & controllability of methods. Frequency-domain compensation.

4.  Communication Systems

Basic info principle; Modulation and detection in analogue and digital methods; Sampling and information reconstruction, Quantization and coding; Time division and frequency division multiplexing, Equalization; Optical communication: in free area and fiber optic; Propagation of indicators at HF, VHF, UHF and microwave frequency; Satellite communication; Mobile and unfold spectrum communication; Digital switching methods.

5.  Microwave Engineering

Microwave tubes and strong state gadgets, Microwave era and amplifiers, Waveguides and different microwave parts and circuits, Microstrip circuits. Microwave antennas. Microwave networks and part transmission line ports of microwave networks. Microwave measurements, Masers lasers; Microwave propagation. Microwave communication systems-terrestrial and satellite tv for pc based mostly.

6. Computer Engineering

Number methods; Data illustration; Programming; Elements of a excessive stage programming language C. Use of fundamental information ’buildings; Fundamentals of pc structure; Processor design; Control unit design; Memory organisation. I/O System organisation. Microprocessors: Architecture and instruction set of microprocessors 8085 and 8086. Input-output interfacing. 8051 Interfacing, functions and serial communication. Assembly language programming. Microprocessor based mostly system design: Typical examples. Personal computer systems and their typical makes use of.

Part -B : DSP ( Computer) :


1. Computer Architecture, Organization, Parallel & Distributed Computing

Number methods and coding Schemes, Von-Neumann Model:  Introduction  to Computer Hardware: Block Diagram of Computer -CPU, I/O and Memory&Operating System; Types of CPU; Various I/O Devices; Buses and I/O Mechanisms; Memory Hierarchy; Hard ware and Software Concepts; Hard wired and Micro Programmed Control; Memory and Fetch cycles; Secondary storage methods; Cpmputer Arithmetic: Number Systems, Integer Arithmetic, FloatingPoint Arithmetic; Assembly and Machine ’Language Programming; PC Architecture;; Digital Logic Design. Introduction to Multiprocessors. Parallel computing -Flynn’s classification; Array Processing ; Pipelining and Multiprocessing; Distributed computing Fundamentals.

2. Computer Programming, Data Structures & Object Oriented Analysis and Design

Fundamentals of Computer Programming, Programing Languages, Programming Environments, Flowchart, Algorithms and psuedocoding; Program Design Concept; numerous information varieties; Control Structures – Sequence, situation, unconditional, Iteration ; Recursive Procedure and capabilities; Data buildings – Arrays, strings, buildings, pointers, Files, Linked lists, Stack, Queue, timber, graphs, information, units; Programming in C / C++; Object orientation ideas – Inheritance, Polymorphism and information Encapsulation; Agents, Responsibility, Messages and strategies; RDD and CRC; Objects and Classes; Components and Frameworks; Coupling and Cohesion; Classes and Methods in C++, Java and Small Talk ; Basic ideas of UML; class diagrams, interplay diagrams and object diagrams, object – oriented databases, Process – Macro and Micro Process and Pragmatics- Management, Planning, Staffing, Quality Assurance. Python, PHP.

3. System Programming and Operating Systems

Introduction, Concepts of System Programs; system programming fools — Lex, YACC, Parsers ; Operating system Concepts – sorts of OS; OS – capabilities Services and insurance policies;

4. Numerical Computation, Algorithm Design and Comlexity of Computing :

Errors – Types and causes ; Handling strategies ; Root discovering Polynomials and transcendental equations ; answer of linear methods of equations ; Gauss Elimination, Gauss Jordan and Gauss Seidel strategies ; Interpolation strategies, polynomials, rational capabilities, trigonometric, spline capabilities; Curve Fitting Numefical differentiation and integration, extrapolation, Gaussian integration, Eigen values and Eigen vector Computation, Linear equations, Gaussian elimination, orthogonalization, Data becoming, Computer Programming of Numerical Problems , C applications for Numerical Computation; Time and area complexity of algorithms and Programs; Big-O, 8, Big-f2 Notations; Complexity of Sorting – Heap Sort, Fibonacci Heaps, looking – Binary search Trees, Red- Black Trees, Amortized Analysis, Splash Trees; Matrix Algorithrris; Dynamic Programming; Greedy strategies; Prune and Search, Divide and conquer technique; Asymptotic Considerations; . P, NP, NC courses of Algorithms; NP – Completeness ; Heuristic and Non – Deterministic approaches to algorithms; Depth First, Breadth First, Branch and Bound Algorithms; A* & AO* Algorithms shortest path computation; TSP.

5. Theoretical Foundations of Computing

Discrete buildings – Sets, Logic; Counting Techniques  and Combinations  ; relations and capabilities ; graphs and timber Algebraic methods – Groups,  Rings, Fields,  Lattics and Boolean Algebras ; Applications in Computer Science, Regular languages – Grammars, Expressions, Linear languages, Context free languages – CKY and Earley’s Parsing Algorithms;, Automata Theory – Finite State Machine, Push down Automaton, Context delicate Languages, Recursively enumerable langusges, Tuning Machine ; Formal Language Theory – Chomsky Hierarchy; Computability and  Decidability; Theory of program correctness; Predicate Calculus.

6. Artificial Intelligence and Neural Networks

Basic Principles of AI – search, Heuristics ; Non-Determinism ; Computer-Assisted Decision Making, Pattern Recognition, symbolic computation, information illustration schemes; Genetic Algorithms, Programming in Logic; Neural Network – Foundations, Neural Models, Classification of Network, Learning and Training, Supervised and unsupervised Learning; Fuzzy logic Expert system overview and pure language and understanding ideas.

5. Data Base and Information System :

System Analysis and Design Concepts; File Types – Sequential, Indexed, random entry and relative information; Data Models, Schemas, Instances; DBMS -types and functions ; Data Base Design Concepts; Normalization Techniques; Data Redundancy and consistency, Data description; manipulation and definition languages ; RDBMS – ideas, constraints, schemas, SQL programming – advanced queries, triggers, views; Relational Algebra, Calculus, SQL Server; overview of Oracle; MS Office – Word ; Excel and Access; Distributed databases. Analytics – Descriptive, Predictive, Prescriptive.

8. Computer Networks and Web Engineering

Evolution of Computer Networks; ISO – OSI mannequin ; pc networking {hardware}, Channels & Bandwidth Considerations, Computer community design  –  Topology, Protocols, Information sharing strategies ; Routing Algorithms; Congestion, Packet Design; Circuit and Message Switching, Ethernet, LAN , MAN and WAN options; Internet, Intranet and Extranet Applications of Computer Networking ;  IPV4,  IPV6, TCP, UDP, Storage space networks, Optical Networking of Computers, Network Simulation, Network Security Fundamentals; Error Detection and Recovery; Computer Networking Standards. Concepts of WWW, Website Development, Markup Language.

9. HTML, DHTML options; Applets and Servelets;

MVC Architecture, consumer – server mannequin of Web Development; sorts of servers – Web Server,  Application  server  and Data Base Server, Data base Connectivity ; Scripting Languages; foundation options of JSP, ASP and Java Scripts; Overview of J2EE – EJB and COM / DCOM; Front – finish growth ; Web providers – XML applied sciences, Java Frameworks. Overview of pc graphics, Hardware & Computer Graphics software program; shapes & Transforms – line drawing Algorithms; Polygon and Circle drawing, Two dimensional and Three dimensional transformations, Hierarchical Modeling; Planes and Surface Description,  line clipping ; B-Spline  strategies;  Animation  Graphics ;  Computer  Graphics, Applications in C.A.D; Basic options o1 Auto CAD – viewing, Layers, precision, snap instruments, co-ordinates.

10. Software Engineering and Project Management

Software growth life cycle; Process, necessities Engg; Process Models – Iterative growth; Waterfall Development ; Agile methodology, System Modeling, Software Metrics; Software Testing and Quality Assurance; User title Analysis and Architectural – Centric Design; Project Management, Configuration and Change association, Project administration Tools; Project Execution; Risk Management;  Project Life’ ycle, SDLC, Cost estimation and Scheduling ; Man  –  Power  Coordination.  Re- En eering.

Final Words :

All the Candidates are Advised to be in contact with the Official Website to received the Information Regarding Exam Syllabus, Admit Card & Other Related Information. Also the Candidates Can Bookmark us ( by Pressing Ctrl+D.

Important Link Area for MPPSC DSP Syllabus :

!!..Wish You All The Best..!!

Candidates can go away your feedback within the remark field. Any question & Comment shall be extremely welcomed. Our Panel will attempt to clear up your question. Keep Updating Yourself.

FAQ’s for MPPSC DSP Syllabus :

What is the Selection Process for MPPSC DSP?

Written Examination

What is the Exam Pattern for MPPSC DSP?

Exam Will be Objective Type.
Questions shall be within the type of MCQs.
Every query can have 4 choices (A,B,C,D).
Out of 4 choices, just one shall be right.
Total Number of Questions on this examination shall be 150.
Maximum Marks for this Exam shall be 450 Marks.
Each Question shall be of three marks.
Time allotted for this examination shall be of three hours.
There shall be a Negative Marking of 1 mark.

What is the Exam Syllabus for MPPSC DSP?

Detailed Topic Wise Syllabus is talked about above, you’ll be able to test the identical from above.

What is the Time Allocated for this Exam?

Time allotted for this examination shall be of three hours.

How many Questions shall be there on this Exam?

Total Number of Questions on this examination shall be 150.

What would be the Maximum Marks for this Exam?

Maximum Marks for this Exam shall be 450 Marks.

Is there any unfavorable marking for the Wrong Answers?

There shall be a Negative Marking of 1 mark.

What are the Minimum Qualifying Marks?

It shall be notified to you quickly.

How many marks will a query be?

Each Question shall be of three marks.

What sort of Questions shall be requested on this Exam, Subjective or Objective?

Questions shall be of Objective Type.

Latest news
Related news
- Advertisement -