Web-based collaborations have become essential in today’s business environments. Due to the availability of various SOA frameworks, Web services emerged as the de facto technology to realize flexible compositions of services. While most existing work focuses on the discovery and composition of software based services, we highlight concepts for a people-centric Web. Knowledge-intensive environments clearly demand for provisioning of human expertise along with sharing of computing resources or business data through software-based services. To address these challenges, we introduce an adaptive approach allowing humans to provide their expertise through services using SOA standards, such as WSDL and SOAP.

2. INTRODUCTION
Web-based collaborations have become essential in
today’s business environments.
Knowledge-intensive environments clearly demand
for provisioning of human expertise along with sharing
of computing resources or business data through
software-based services.

3. Human-Provided Services (HPS) Framework enables
human participation in a SOA environment.
The mix of software services and humans interacting
on the Web is called a Mixed Service-oriented System.
The foundational pillars of such mixed systems utilized
are as follows:
•Human-Provided Services. We discuss the HPS concept
letting people participate in pure service-oriented
environments.

4. •Flexible Interaction Models. Interaction monitoring
and mining is applied to determine the behavior of
services and user relations.
•Adaptive Service Infrastructure. We discuss the need
for run-time adaptation. In particular, we do not only
adapt service behavior,but also provided service
features at run-time.

5. SYSTEM ANALYSIS
EXISTING SYSTEM:
While most existing work focuses on the discovery
and composition of software based services, we
highlight concepts for a people-centric Web.
LIMITATIONS OF EXISTING SYSTEM:
To address these challenges, we introduce an adaptive
approach allowing humans to provide their expertise
through services using SOA standards, such as SOAP.

6. PROPOSED SYSTEM:
We propose a framework that is based on interaction
monitoring techniques enabling adaptations in SOA-
based socio-technical systems.
ADVANTAGES OF PROPOSED SYSTEM:
These systems are characterized by both technical and
human/social aspects that are tightly bound and
interconnected.
The technical aspects are very similar to traditional
SOAs, including facilities to deploy, register and
discover services, as well as to support flexible
interactions.

7. FUNCTIONAL REQUIREMENTS:
Functional requirements specify which output file
should be produced from the given file.
They describe the relationship between the input
and output of the system.
For each functional requirement a detailed
description of all data inputs and their source and the
range of valid inputs must be specified.

8. NON FUNCTIONAL REQUIREMENTS:
Describe user-visible aspects of the system that
are not directly related with the functional behavior
of the system.
Non-Functional requirements include quantitative
constraints, such as response time (i.e. how fast the
system reacts to user commands.) or accuracy (how
precise are the systems numerical answers).

9. HARDWARE AND SOFTWARE
REQUIREMENTS
HARDWARE REQUIREMENTS:
 System : Pentium IV 2.4 GHz.
 Hard Disk : 40 GB.
 Floppy Drive : 1.44 Mb.
 Monitor : : 15 VGA Colour.
 Mouse : Logitech.
 Ram : 512 Mb.

10. SOFTWARE REQUIREMENTS:
 Operating system : Windows XP.
 Coding Language : ASP.Net with C#
 Data Base : SQL Server 2005

11. System Design
SYSTEM ARCHITECTURE:

12. UML DIAGRAMS:
USE CASE DIAGRAM:
User
Admin
Manager
Create Account
Login
Search
Accept/Reject Images
Maintain Webservices
Upload Images
View & Download
Results

13. Store Result
ID
From
To
IType
IName
Extension
Path
Status
Imgidgenration()
ViewImg()
Download Items
DID
From
DType
DName
Extension
Path
View
Downloadidgenration()
ViewDetails()
Login Account
ID
Name
LoginID
Password
Date
Mobile
EMail
LoginType
Loginidgenration()
CreateAccount()
Host Service
ID
Url
UrlName
DBName
Status
Receivedidgenration()
View WebServices()
CLASS DIAGRAM:

14. SEQUENCE DIAGRAM:
User Admin Manager
Database
Create Account
Create Account
Create Account
Search
Responce To User
View/Download Details
Record Not Found
Accept/Reject Images
Request Matches
Request Not
Matches
Upload Images
Allow/Block WebServices

15. DFD DIAGRAM:
Login
Check
ManagerUser
Exists Exists Exists
yes
yes
Create Account
no
Create AccountAdmin
yes
no no
Search
Exists
Exists
Not Exists
View & Download
Results(Multiple DB)
Record Not Found
Accept/Reject
Images
View Manager
Responses
Upload Images
End
Control WebServices

16. IMPLEMENTATION
Implementation is the stage of the project when the
theoretical design is turned out into a working system.
It is the most critical stage in achieving a successful
new system and in giving the user, confidence that the
new system will work and be effective.

17. MODULES
User
Manager
Admin

18. FUTURE ENHANCEMENTS
In the future, we aim at providing more fine-grained
monitoring and adaptation strategies.

19. CONCLUSION
Web services can be effectively used to participate in
and set up business-to-business (B2B) transactions.
We outlined concepts that let people offer their
expertise in a service-oriented manner and covered the
deployment, discovery and selection of Human-
Provided Services.

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