Community Users Information & Tools Registration Payments Online Community Advertisers Ad Slots Compensation Staff Writers Content Finanical Reports Financial Data Accountants Figure1. An example of a context diagram Withdraw Cash <> <<> Transfer Cash <<> Donate Money to Charity Customer ATM Login <> <> Handle Invalid Password <> Check Balance <<> Settle Bills Figure 2. An example of a use case diagram Handle Abort
GIPSY (General Intensional Programming System) is a Demand-Driven Execution System that is based on
Demand Generators (DGs) that determine the control process by generating functional demands and
workers that execute them. These workers are potentially remote ones, in which case the demands are
migrated via the network from the generator to the worker. In that sequence, the problem statement is the
need of GIPSY Demand Migration System (DMS) that connects the GIPSY’ execution nodes.
The model of our DMS consists of two major contributors called Demand Dispatcher (DD) and Transport
Agents (TAs). They both run independently, but form together the overall behavior of DMS. The DD acts
like an event-driven message storage
recipients. The DMS relies on these two contributors to form a communication system similar to the e-mail
systems, i.e. the messages are delivered when they are asked, but until that moment, they are kept
permanently stored within the message system. The messages in the DMS are demands and results, each
result being associated with one demand. The Demand Dispatcher (DD) receives demands from the
Demand Generators (DGs) and results from the workers, and maintains a pool of them. The DD uses the
TA for transporting these demands and results to the workers and DGs. A DG can cancel its demand at any
time.
1) Please help me draw the Context Model and Use Case Diagram for this.
I provided some examples for Context Model and Use Case Diagram
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