Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In these lecture notes  present the  iTasks system: a set of combinators to specify  work flows in a pure functional language at a very high level of abstraction. Work flow systems are automated systems in which  tasks are coordinated that have to be executed by either humans or computers. The combinators that  propose support work flow patterns commonly found in commercial work flow systems. In addition,  introduce novel work flow patterns that capture real world requirements, but that can not be dealt with by current systems. Compared with most of these commercial systems, the  iTasks system offers several further advantages: tasks are statically typed, tasks can be higher order, the combinators are fully compositional, dynamic and recursive work flows can be specified, and last but not least, the specification is used to generate an executable b-based multi-user work flow application. With the  iTasks system, useful work flows can be defined which cannot be expressed in other systems: a work can be interrupted  and subsequently directed to other workers for further processing. The  iTasks system has been constructed in the programming language  Clean , making use of its generic programming facilities, and its  iData toolkit with which interactive, thin-client, form-based b applications can be created. In all,  iTasks are an excellent case of the expressive por of functional and generic programming.
['Rinus Plasmeijer', 'Peter Achten', 'Pieter W. M. Koopman']
I am writing a research paper on a idea An Introduction to iTasks: Defining Interactive Work Flows for the Web
[{"from": "human", "value": "I am writing a research paper on a idea An Introduction to iTasks: Defining Interactive Work Flows for the Web"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: In these lecture notes  present the  iTasks system: a set of combinators to specify  work flows in a pure functional language at a very high level of abstraction. Work flow systems are automated systems in which  tasks are coordinated that have to be executed by either humans or computers. The combinators that  propose support work flow patterns commonly found in commercial work flow systems. In addition,  introduce novel work flow patterns that capture real world requirements, but that can not be dealt with by current systems. Compared with most of these commercial systems, the  iTasks system offers several further advantages: tasks are statically typed, tasks can be higher order, the combinators are fully compositional, dynamic and recursive work flows can be specified, and last but not least, the specification is used to generate an executable b-based multi-user work flow application. With the  iTasks system, useful work flows can be defined which cannot be expressed in other systems: a work can be interrupted  and subsequently directed to other workers for further processing. The  iTasks system has been constructed in the programming language  Clean , making use of its generic programming facilities, and its  iData toolkit with which interactive, thin-client, form-based b applications can be created. In all,  iTasks are an excellent case of the expressive por of functional and generic programming."}]