4.44 tybsc applied comp computer sc

8/10/2019 4.44 TYBSc Applied Comp Computer Sc

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T.Y.B.Sc. Applied ComponentComputer Science SyllabusCredit Based and Grading System

To be implemented from the Academic year 2013-2014

SEMESTER V

Theory

USACCS501 Microprocessor&C++Programming No of CreditsLectures/W

eek

Units

I 8085 Microprocessor

2 4

II 8085 InstructionSet

IIIIntroductiontoComputersandC++

Programming

IV Funtions, Arrays and pointers

Practicals

USACCS5P1 Microprocessor&C++Programming 2 4

SEMESTER VI

Theory

USACEI601PCHardware&C++Programming No of

Credits

Lectures/W

eek

Units

I PCHardwareI

2 4II PCHardwareII

III C++ Propgramming I

IV C++ Propgramming II

Practicals

USACC6P1 PCHardware&C++Programming 2 4

The revised syllabus under the credit based grading system in the subject of Computer Science

(Applied Component) for Third Year B.Sc. Physics (Single/Twin major subject) will be implemented

from the academic Year 2013-14.

The scheme of examination in the subject of Computer Science (Applied Component) will be as

follows:


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Semester V & VI : Theory

Course Code: USACCS501 & USACS601

(A)Internal Examination: 40 marks

Sr.

No

Particulars Marks

1 One Class Test/case study/online examination to be conducted in the given

semester

20

2 One assignment based on the curriculum to be assessed by the teacher

concerned

10

3 Active Participation in routine class instructional deliveries. 05

4 Overall conduct as a responsible learner, communication and leadership

qualities in organizing related academic activities

05

(B)External Examination : 60 marks

Duration of each Theory paper will be of two and half hours.

Each theory paper shall consist of five questions, one from each unit and the fifth

question will be from all the units. All questions are compulsory and will have

internal choice.


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SEMESTER V

Theory: CourseI:Microprocessor&C++Programming

USAC

CS501I

8085Microprocessor

1.

Logicdevices

for

interfacing:

Tri

state

devices,

Buffers,

Bus

organized

structure,Encoder,Decoder,Latch

2. FeaturesofIntel8085andPindiagramof8085

3.

8085CPUArchitectureanditsoperations

ArithmeticandLogicalGroup

ALU, Accumulator, Temporary Register, Flag Register (PSW)

RegisterGroup.

Temporary Registers (W and Z), General purpose Registers,

Specialpurpose

Registers

InterruptControl

SerialI/O

Control

Group

InstructionRegister,DecoderandControlGroup

InstructionRegister,InstructionDecoder,TimingandControl

Oscillatorcircuit,Resetcircuit

4. Microprocessorinitiatedoperationsandbusorganization,memory

2 4

II

8085 InstructionSet

1.AddressingModes

Immediate Addressing, Register Addressing, Direct Addressing,

IndirectAddressing,ImpliedAddressingorInherentAddressing

2.ClassificationofInstructionSet

DataTransferGroup,ArithmeticGroup,LogicalGroup,Branching

Group,Stack

and

Machine

Control

Group

Notationsused

in

Instructions

andOpcode

DataTransferGroup:

MOVRd,Rs;MOVR,MorMOVM,R;MVIR,Data;MVIM,Data; LXI

Rp,Data16bit;LDAAddress;STAAddress,LHLD,SHLDLDAX,

STAX,XCHG, IN,OUT

ArithmeticOperationGroup:

ADDR;ADDM;ADCM;ADIData;ACIData;SUBR;SUBM;SBBR;

SUIData;DAA,INRR; INRM;DCRM;INXRp;DCXRp

LogicalGroup:

CMPR,CMPM,CMA,XRA,XRI,STC,ANA,ANI,RLC,RRC,RAL,RAR

BranchGroup:

JMP,CALL,RET,RSTN,

3.Stackoperations.

III

IntroductiontoComputersandProgramming:Programsandprogramming

languages,theprogrammingprocess,Proceduralandobjectoriented

programming

TG:Chapter1.3to1.7


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Page5of11

IntroductiontoC++:ThepartsofaC++program,Thecoutobject,preprocessor

directive (#include), variables and constants, Identifiersand rules fornaming

identifiers,Datatypes( integer,char, floatingpoint,bool),variableassignment

andinitialization,scopeofavariable,Arithmeticoperators,comments.

TG:Chapter 2.1to2.14[exclude2.10]

Expressionsand

Interactivity:

The

cin

object,

entering

multiple

values,

reading

strings,mathematicalexpressions,operatorprecedenceandassociativity,type

coercion, overflow and underflow, typecast operator, #define directive,

multiple and combined assignment, formatting input and output, precision,

mathematicallibraryfunctions.

TG:Chapter3.1to3.11

Making Decisions: Relational operators, if statement, flags, concept of

compound statement, if/else statement, if/else if statement, trailing else,

nested if statements, logical operators, validating user input, scope of a

variable,comparingstrings,conditionaloperator,switchstatement.

TG:Chapter4.1to1.16

Looping: Increment and decrement operators, while loop, sentinels, dowhile

loop,forloop,nestedloops,breakandcontinuestatement.

IV

Functions: need for functions, defining and calling functions, function

prototypes,sending information intoafunction(parameterpassing),changing

the value of the parameter, the return statement, returning a value from a

function,localandglobalvariables,staticlocalvariables,defaultargumentstoa

function,referencearguments,overloadedfunctions.

TG:Chapter6.1to6.5and6.7to6.14

Arrays: Concept of arrays, accessing array elements, array initialization,

processingarraycontents,copyingandprintingcontentsofanarray,arraysas

functionarguments,twodimensionalarrays,arraysofstrings.

TG:Chapter7.1to7.5and7.8to7.11

Pointers: concept ofa pointer, pointer variables, relationship between arrays

and pointers, pointer arithmetic, Initializing pointers, comparing pointers,

pointersasfunctionparameters,dynamicmemoryallocation.

TG:Chapter9.1to9.8

References: For units I and IIVB VibhuteandBorole8085microprocessors, Techmedia

RG RameshGaonkar"MicroprocessorArchitectureProgrammingandApplicationswiththe8085"(RG)

5thedition Penram

ForUnitsIIIandIV

TG: TonyGaddisProgramminginC++3rdEdition

AdditionalReferences:

1. GarryBronson

2. SchaumseriesProgramminginC++

3. RobertLafore


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Page6of11

4. H.Schildt

5. Cohoon&DavidsonC++ProgramDesign

6. Tanennbaumet.al.DataStructuresinC++(PrenticeHall)

(Inadditiontothesebooksinternetwebsitescanbeusedwherevernecessary.)

Practicals

USACCS5P1

GroupA)Microprocessorexperiments:Anyfour

ISRprogram(useVIkey)

Additionandsubtractionoftwo8bitnumberswithcarryand

borrow

Sumofnnumbers(n


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PracticalExamination:

1. PracticalI GroupA (40marks)Microprocessor

GroupB (40Marks)StructuredC++Programming

TotaleightyMarks(3hours)

Note:i)Algorithms,Flowchartoptional.Printoutofsourcecodeandoutputiscompulsory.

ii)For

both

groups,

there

is

no

time

differentiation

between

group

A

and

B

iii)Internetfacilityistobemadeavailabletostudentsduringpracticalwheneverneeded

There will not be any internal examination for practical. The External examination will be conducted as

per the following scheme by the respective colleges and the marks will be forwarded to the University:

Sr. No Particulars of External Practical Examination Marks

1 Laboratory Work Eighty

2 Journal 10

3 Viva 10

TOTAL 100

Total Marks in each semester:

Duration of Practical paper will be of 3 Hours (Group A and Group B).

A certified Journal must contain a minimum of EIGHTExperiments in each semester. At least

fourexperiments from each group A and B as mentioned in the syllabus should be performed and

reported in journal.

Every candidate will be required to perform two experiments (one from group A and group B) at

the semester end practical examination.

A candidate will be allowed to appear for the Practical Examination only if the candidate submits

his/her certified Journal or a certificate from the Head of the Department of Physics stating that

the candidate has completed the practical Course of Electronic Instrumentation of the respective

semester as per requirements.

At least one demonstration experiment is to be reported injournal. Viva will be based on

completepracticalcoursesyllabusanddemoexperimentreported.

SEMESTER VI

Theory:CourseII: PCHardware&C++Programming

USAC

CS602I

PCHardwareI

Evolution

of

computers,

classification,

computer

system,

ComputerorganizationandarchitectureCPU,internal

communication,machinecycle,buses,instructionset.

Memoryandstoragesystemsmemoryrepresentation,RAM,

ROM,magneticstorage,opticalstorage,solidstatestorage,

Peripheraldevices inputandoutputdevices.

Basicideaofnumbersystems:integers,realnumbers,floating

pointrepresentationandbinaryarithmetic.Computercodes

2 4


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Computersoftware,types,operatingsystems,MSWORD,MS

EXCEL,ACCESS,POWERPOINT,PROGRAMMINGLANGUAGES

Datacommunicationandnetworking,network topologiesand

benefits,protocols

II

PCHardware

II

1.

MultimediaDevices:ColorMonitor,Soundcard,Digitalcameras,

MP3player.

2. InterfacingperipheraldeviceswithPC:Comparisonofserial,

parallel,USBandfirewireportsforinterfacing.

3. FamiliaritywithInternet,WWWandWebSearchengines,email,

protocols

4. Computerviruses:typesandprotection

III

OOPI:

Objectorientedterms:object,class,datahiding,encapsulation,

inheritanceand

polymorphism

TG:Chapter1.3to1.7

WebsiteforObjectorientedterms

http://java.sun.com/docs/books/tutorial/java/concepts/

Introductiontoclasses:Introductiontoclass,accessspecifiers(privateand

public) defining member functions, instance of a class(object), need for

privatemembers,inlinememberfunctions.

TG:Chapter13.1to13.8

Object initializationandcleanup:constructors,destructors, constructors

thatacceptarguments,overloadedconstructors,defaultconstructorand

destructor,arrays

of

objects


More about classes: static members, friends of classes, member wise

assignment,copyconstructors.


Operator Loading: Overloading assignment operator, this pointer,

OverloadingMathoperators,overloadingrelationaloperators.

TG:Chapter14.5[exclude>>and


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Page9of11

EB E.Balagurusamy,FundamentalsofComputers,2009,TMH

WSWilliamStallings"ComputerOrganizationandArchitecture"6thEditionPearson Publication

Additionalreferences:

MMMarkMinassi"PCupgradeandmaintenance"10theditionBPB

TBThomasBartee"DigitalComputerFundamentals"TMH

JA JeanAndrews"EnhancedGuidetomanagingandmaintainingyourPC"ThomsonLearning(Chapter9

and10),

For units III and IV: AlltopicsarefromthebookTonyGaddisProgramminginC++3rdEdition

(Inadditiontothesebooksinternetwebsitescanbeusedwherevernecessary.)

AdditionalReferences:

1. GarryBronson

2. SchaumseriesProgramminginC++

3. RobertLafore

4. H.Schildt

5.

Cohoon&DavidsonC++ProgramDesign

6.

Tanennbaumet.

al.

Data

Structures

in

C++

(Prentice

Hall)

Practicals

USAC

CS6P1

GroupAAllexperimentsarecompulsory

A1: MSOfficeWordandExcelComputergeneratedreportofa

Physicsexperiment actuallyperformedbythestudentinthe

T.Y.B.Sc.lab.(Thisshouldincludeformulae,diagram,datatable,

graph,resultsetc)

A2: PowerPoint: Presentationofanyone PhysicstopicfromT.Y.B.Sc.

syllabustobebroughtonCD/storagedevice

A3:MS

Access

:Creating

adatabase

file.

Adding,

deleting,

updating

and

queryingthedatabase.

A4:Linuxshellcommands

LogginginandoutofLinux

Filesystemcommands:lscommandwithoptions,pwd,

passwd,cd,ln,cat,mkdir,rmdir,chmod,cp,mv,rm

Generalpurposeutilities:more,wc,cmp,diff,comm.,date,

who

GroupB:ObjectOrientedProgrammingusingC++(Performminimum4

experimentsfromthelistgivenbelow)

1) RectangleClass(page494GB)

2.

Complexclassforperformingarithmeticwithcomplex

numbers(page449DD)

3.

ClasscalledRationalforaddition,subtraction&multiplication

(page449DD)

4. TimeClass(page502GB)/Dateclass

2 4


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Page10of11

5.

Functionoverloading:Absolutevalueofinteger,float,double

6. OperatoroverloadingUnaryoperatorsprefix/postfix

7. OperatoroverloadingBinaryoperatorsAdditionof

distances(RobertLafore)

8. RectangletoPolarCoordinateconversion&viceversa.

(RobertLafore2Dimension)

9. FunctionalityofINT(referRobertLafore)

10.Inheritanceproblems(GarryBronsonBaseclasscircle,

Derivedclasscylinder)

11.QuadraticequationusingObjectOrientedtechniques

12.Trafficlights(ref.GarryBronson)

13.PolymorphismandVirtualfunctionproblems.(GarryBronson)

DemonstrationExperiments:(Anyone)

InterfacingPCwithrealworldusingparallelport.Linkagewithtemperature,light,

EMrelays,steppermotor,D.C.motor,solenoid,sevensegmentdisplay,etc.

Installation

of

device

drivers

(e.g.

Web

Cam.,

joystick,

mouse

)

Internetusage(Physicssearch/Technicalliterature)

VB programdemo

GraphicswithC++

Ref:GB:GarryBronson

DD:Deital&Deital

RL:RobertLafore

PracticalExamination:

PracticalI Group A (40marks)PChardware

GroupB (40Marks)OOPusingC++

Note:i) Algorithms,Flowchartoptional.Printoutofsourcecodeandoutputiscompulsory.

ii)For

both

groups,

there

is

no

time

differentiation

between

part

A

and

B

iii)Internetfacilityistobemadeavailabletostudentsduringpracticalwheneverneeded

There will not be any internal examination for practical. The External examination will be conducted as

per the following scheme by the respective colleges and the marks will be forwarded to the University:

Sr. No Particulars of External Practical Examination Marks

1 Laboratory Work Eighty

2 Journal 10

3 Viva 10

TOTAL 100

Total Marks in each semester:

Duration of Practical paper will be of 3 Hours (Group A and Group B).

A certified Journal must contain a minimum of EIGHTExperiments in each semester. At least

fourexperiments from each group A and B as mentioned in the syllabus should be performed and

reported in journal.


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Page11of11

Every candidate will be required to perform two experiments (one from group A and group B) at

the semester end practical examination.

A candidate will be allowed to appear for the Practical Examination only if the candidate submits

his/her certified Journal or a certificate from the Head of the Department of Physics stating that

the candidate has completed the practical Course of Electronic Instrumentation of the respective

semester as per requirements.

At least one demonstration experiment is to be reported injournal. Viva will be based on

completepracticalcoursesyllabusanddemoexperimentsreported.

4.44 tybsc applied comp computer sc

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