kits(s) elab connectivity

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this presentaion consist of on line compiler interprit through .net frame

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Guide: Mr. A. Sanjeeva Raju Sr. Asst. Professor 1 TEAM MEMBERS: Rajesh. B (10281A0573) Md.Saddam Hussain(10281A0574) S.Raviteja(10281A0566) B.Kalyani(11285A0501) B.Priyanka(10281A0567) KITS(S) E-LAB CONNECTIVITY

ABSTRACT:

ABSTRACT 2 To provide remote-access to Labs in various disciplines of Computer Science and Engineering. These E-Labs would cater to students at the undergraduate level, post graduate level as well as to research scholars. To enthuse students to conduct experiments by arousing their curiosity. This would help them in learning basic and advanced concepts through remote experimentation.

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3 To provide a complete Learning Management System around the E-Labs where the students can avail the various tools for learning, including additional web-resources, animated demonstrations and self evaluation. To share costly equipment and resources, which are otherwise available to limited number of users due to constraints on time and geographical distances.

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4 Existing Systems Proposed Systems Requirements Block Diagrams Modules Design Diagrams E-R Diagrams Conclusion CONTENTS

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EXISTING SYSTEM 5 In the current system student need to do programs in college labs only . If suppose student absent for the lab, then he is going to be miss the work. The students don’t get enough time in lab sessions to complete their programming work. In existing system the labs allotted for each student are 2 to 3 hours only. In present system students don’t have enough time to clarify their complete doubts.

PROPOSED SYSTEM:

PROPOSED SYSTEM 6 The proposed system overcomes all these things The student can do lab work in any time (24x7). This system provides more experiments to the students ,which are helpful to them. The students can get the assignments up to date. Friendly User Interface This method would promote the “learning-by-doing” approach by providing students with access to the E-Labs round the clock so that they can repeat experiments as many times as possible.

System requirements:

System requirements Hardware Requirements (Preferable): Processor : Intel Dual Core Hard disk : 40GB RAM : 1GB Software Requirements (Preferable): Front end : MICROSOFT.NET 4.0 with C# IDE’S : Net3.5 Operating System : Windows XP Back end : SQL Server 2008

BLOCK DIAGRAM:

BLOCK DIAGRAM 8

MODULES:

MODULES 9 LAB FACULTY STUDENT

Login Table:

Login Table 10

ADMIN LOGIN FORM:

ADMIN LOGIN FORM 11

LAB:

LAB This module consists of experiments, assignments, topics, code, compilers which are created & maintained by both Admin & faculty. 12

ADD LAB TABLE:

ADD LAB TABLE 13

ADD LAB:

ADD LAB 14

VIEW LAB:

VIEW LAB 15

EXPECTED RESULT:

EXPECTED RESULT 16

ADD TOPIC TABLE:

ADD TOPIC TABLE 17

ADD TOPIC FORM:

ADD TOPIC FORM 18

VIEW TOPIC FORM:

VIEW TOPIC FORM 19

final RESULT:

final RESULT 20

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21 ASSIGNMENT TABLE

ADD ASSIGNMENTS FORM:

ADD ASSIGNMENTS FORM 22

VIEW ASSIGNMENTS:

VIEW ASSIGNMENTS 23

final RESULT:

final RESULT 24

ADD EXPERIMENTS:

ADD EXPERIMENTS 25

ADD EXPERIMENTS FORM:

ADD EXPERIMENTS FORM 26

ADD EXPERIMENTS FORM:

ADD EXPERIMENTS FORM 27

VIEW EXPERIMENTS:

VIEW EXPERIMENTS 28

ADD EXPLANATION FORM:

ADD EXPLANATION FORM 29

CODE EXPLANATION 1:

CODE EXPLANATION 1 30

CODE EXPLANATION TABLE2:

CODE EXPLANATION TABLE2 31

CODE EXPLANATION RESULT :

CODE EXPLANATION RESULT 32

FACULTY :

FACULTY A person responsible for creating and administering Topics, Experiments, Assignments, managing the whole lab activities. 33

ADD FACULTY TABLE:

ADD FACULTY TABLE 34

ADD FACULTY FORM:

ADD FACULTY FORM 35

VIEW FACULTY FORM:

VIEW FACULTY FORM 36

STUDENT:

STUDENT A learner who can view and perform the Lab Activities through the E-Lab Services. Feedback form is provided to the student to communicate with the Administrator 37

ADD STUDENT TABLE:

ADD STUDENT TABLE 38

ADD STUDENT FORM:

ADD STUDENT FORM 39

C Compiler:

C Compiler 40

C Compiler:

C Compiler 41

C Compiler:

C Compiler 42

C++ Compiler:

C++ Compiler 43

C++ Compiler:

C++ Compiler 44

java Compiler:

java Compiler 45

java Compiler:

java Compiler 46

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47 Design Diagrams CLASS DIAGRAM

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48 USE CASE DIAGRAM

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49 ACTIVITY Diagram FOR ADMIN

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50 ACTIVITY Diagram FOR FACULTY

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51 ACTIVITY Diagram FOR STUDENT

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52 SEQUENCE DIAGRAM

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53 COLLABORATION DIAGRAM

E-R DIAGRAM:

54 E-R DIAGRAM

DATA FLOW DIAGTRAMS:

DATA FLOW DIAGTRAMS CONTEXT LEVEL DFD 55

TOP LEVEL DFD:

TOP LEVEL DFD 56

DETAILED LEVEL DFD:

DETAILED LEVEL DFD 57

CONCLUSION:

CONCLUSION Finally we conclude that this project is providing E-lab connectivity for students & they can avail the various tools for learning. This is the platform for the students to perform experiments remotely over the web through a user-friendly graphical front end. 58

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Thank you 59

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