A Software Architecture for Centralized Management of Structured Documents in a Cooperative Editing Workflow

Ndadji, Milliam Maxime Zekeng; Tchendji, Maurice Tchoupé

doi:10.1007/978-3-319-72965-7_26

Cited by 3 publications

(1 citation statement)

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“…Towards a blockchain-like artifact-centric model of processes design and distributed execution based on cooperative edition of a mobile artifact: we are also working to produce an artifact-centric model of business process management. In this model inspired by the work of Badouel et al on cooperative editing [40,41,42,43,44,45], the process tasks are executed by the various actors with the help of software agents that they pilot. These software agents are autonomous, reactive and communicate in peer to peer mode by exchanging an artifact (considered as "mobile") edited cooperatively.…”

Section: Ongoing Work On Lsawfpmentioning

confidence: 99%

A Language and Methodology based on Scenarios, Grammars and Views, for Administrative Business Processes Modelling

et al. 2020

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In Business Process Management (BPM), process modelling has been solved in various ways. However, there are no commonly accepted modelling tools (languages). Some of them are criticized for their inability to capture both the lifecycle, informational and organizational models of processes. For some others, process modelling is generally done using a single graph; this does not facilitate modularity, maintenance and scalability. In addition, some of these languages are very general; hence, their application to specific domain processes (such as administrative processes) is very complex. In this paper, we present a new language and a new methodology, dedicated to administrative process modelling. This language is based on a variant of attributed grammars and is able to capture the lifecycle, informational and organizational models of such processes. Also, it proposes a simple graphical formalism allowing to model each process's execution scenario as an annotated tree (modularity). In the new language, a particular emphasis is put on modelling (using "views") the perceptions that actors have on processes and their data.

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Section: Ongoing Work On Lsawfpmentioning

confidence: 99%

A Language and Methodology based on Scenarios, Grammars and Views, for Administrative Business Processes Modelling

et al. 2020

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A Grammatical Model for the Specification of Administrative Workflow Using Scenario as Modelling Unit

Ndadji

Tchendji

Djamegni

et al. 2020

Communications in Computer and Information Science

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Process modelling is a crucial phase of Business Process Management (BPM). Despite the many efforts made in producing process modelling tools, existing tools (languages) are not commonly accepted. They are mainly criticised for their inability to specify both the tasks making up the processes and their scheduling (their lifecycle models), the data they manipulate (their information models) and their organizational models. Process modelling in these languages often results in a single task graph; such a graph can quickly become difficult to read and maintain. Moreover, these languages are often too general (they have a very high expressiveness); this makes their application to specific types of processes complex: especially for administrative processes. In this paper, we present a new language for administrative processes modelling that allows designers to specify the lifecycle, information and organizational models of such processes using a mathematical tool based on a variant of attributed grammars. The approach imposed by the new language requires the designer to subdivide his process into scenarios, then to model each scenario individually using a simple task graph (an annotated tree) from which a grammatical model is further derived. At each moment then, the designer manipulates only a scenario of the studied process: this approach is more intuitive and modular; it allows to produce task graphs that are more refined and therefore, more readable and easier to maintain.

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Formulation of Two-Stage Problem of Structural-Parametric Synthesis of Adaptive Electronic Document Management System

Obukhov¹,

Krasnyanskiy²,

Dedov³

2020

IAJIT

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The paper scrutinizers the options of optimization and adaption to the individual characteristics of users of Electronic Document Management Systems (EDMS). The problem solution requires further development of the necessary methods, models and criteria. Therefore, the article considers the problem of the structural-parametric synthesis of adaptive EDMS. On the basis of previously conducted research in this area, a new architecture of EDMS is developed, within which a mathematical model of adaptive EDMS is proposed. It includes the main components of the information system, as well as a set of estimates for a number of indicators: total discounted costs, productivity, software quality and, above all, adaptability to the requirements of the user. Using this mathematical model, a two-stage task of structural-parametric synthesis of an adaptive EDMS was set, at the first stage of which the system is synthesized according to the criterion of economic efficiency, and at the second stage the process happens according to its adaptation to each user. The scientific novelty of the proposed approach consists in dividing the optimization task into two stages such as the formalization of the criteria for adaptive EDMS and development of a new architecture and mathematical model of adaptive EDMS. The results can be used to solve problems of design, modernization and adaptation of various information systems

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A Software Architecture for Centralized Management of Structured Documents in a Cooperative Editing Workflow

Cited by 3 publications

References 5 publications

A Language and Methodology based on Scenarios, Grammars and Views, for Administrative Business Processes Modelling

A Language and Methodology based on Scenarios, Grammars and Views, for Administrative Business Processes Modelling

A Grammatical Model for the Specification of Administrative Workflow Using Scenario as Modelling Unit

Formulation of Two-Stage Problem of Structural-Parametric Synthesis of Adaptive Electronic Document Management System

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