Requirements Elicitation. Selected Bidder shall visit the concerned Department(s) and collect its requirement from the officer(s) concerned and understand comprehensive requirements of the department. At present department is handling 27 Sectorial Integrated Portals on AEM & other platforms. This stage shall involve engagement of individuals/ teams from bidder side to get detailed and accurate requirement from the department; often there has to be a lot of communication to and fro between the bidder’s team and Department to understand these requirements to avoid communication gaps. Based on these discussions, the bidder is expected to prepare the User Requirement Specification as deliverable for this phase. Selected bidder shall study the site map of existing, proposed/requested website of the department and create their understanding of the department’s requirement. Preparation of User Requirement Specification: Users of the System and their Access Roles in the System Modules required by the Department, e.g. Photo Gallery, Tenders, Orders and Circulars etc. Functionalities required in the Modules Upload, Download, Update, Search, email etc. Number of Tabs, Language for Tabs, i.e. English/ Hindi/ Both Access management Details External interfaces with System (Payment gateway, SMS gateway, Email gateway etc) Study of functionalities, process flow etc. of web application, if included Detail of database(s) for web application Repository of generic Digital Assets Any detailed specific requirement requested by the department.
Requirements Elicitation. Here the objective is to capture user requirements using a combination of methods from the relevant literature. The detailed methodology for doing this is explained below. The requirements elicitation phase of Optique is crucial for setting the directions towards which the project will work. The framework will first identify the proper combination of methods for requirements elicitation to be used. These will include interviews, focus groups and field observation [36]. The stakeholder requirements will then be documented in terms of use case scenarios and user stories, taking into account different stakeholder perspectives and requirement category, and they will be grouped into three categories: functional requirements, non-functional (or performance) requirements, and organisational fitness requirements. The next step is to recast the end user requirements, initially expressed in scenarios and user stories, into technical requirements directed at Optique''s technical work packages. In the context of this phase it is also to important to establish a user performance baseline for each use case, enabling meaningful identification of improvements due to Optique when the user evaluations have been concluded. For this, we will identify a small number of key performance indicators for each use case, and determine what levels these will need to reach in order for us to achieve our goals. We will continuously monitor and report these key performance indicators, thus providing an easy to understand summary of the project current status and rate of progress towards its goals. The requirements elicitation process will run in multiple iterations. By the end of this activity, the user requirements in the Statoil and Siemens use case have been recorded in detail. In addition, the technical means of meeting the user requirements have been documented for technical partners so that the strictly scientific and technical project work can begin.
Requirements Elicitation. This deliverable shall provide an overview of the requirements coming from the living labs and therefore consolidate this deliverable from the user needs point of view
Requirements Elicitation. Workflow Generation and Management system Requirements WG.1 Collaboration A WFGM system shall be usable in a collaborative setting, meaning that the system generates workflows in a shared workflow language in an iterative fashion. This requirement implies that candidate systems must be designed to generate and manage workflows in collaboration with other systems, originating from other developers. the WFGM system of systems will standardize on output, which means requirements on the partial workflows produced in terms of syntax and semantics need to be met by each of the contenders.
Requirements Elicitation. Architecture Requirements Autonomy requirement Decoupling of a DPF from the processes that manage it: In a data space with a large diversity of data-items the duplication of data-items needs to be prohibited. On the other hand, it cannot be avoided that a single data-item is part of more than one complex data item. And that these complex data-items may be managed by independent processes and that these processes may change over time. To cope with the dynamics on the management process side, the data space should not be an integral part of the software that executes the product management tasks. Hence a complete separation of concerns and implementation between the management logic and the data-space logic is necessary. Sustainability requirement For this requirement, the reasoning is similar to the one about the Autonomy. In a data space with a large diversity of data-items the duplication of data-items needs to be prohibited. However, single data-items can be part of more than one complex data item. Because the future management of product-related aspects may demand the construction of new complex data-items, sustainability of the DPF dictates that is it must be possible to add an arbitrary number of complex data-items in which the same data-item is a part, without any consequence for the management of earlier complex data-items. Scalability requirement The scalability requirements covers both the physical scalability of the data space and the functional scalability of the number and type of management processes that act on the data space and the data items and the accessibility constraints that are in effect at any moment in time. Another important scalability issue is that individual data-items can have arbitrary size Distribution of a DPF requirement Because a product has multiple parts, it is possible that these parts have different owners and hence, that the data that describes these different parts is originally generated and stored in different places. The construction of a DPF should not necessitate that all these individual data items must be copied to a central storage place. Notification of Change requirement From the perspective of a DPF, every data-item is part of a string of linked data items. The last added element of that string has one of two states: ‘last known’ or ‘obsolete’. All previously added data-items in the string have the state ‘changed’ and a link to the next linked data-item. This notion of state and a state change are stric...
Requirements Elicitation. 22 4.2.2. DESIGN, DEVELOPMENT AND TESTING: 23 4.2.2.1. PREPARATION OF SYSTEM DESIGN DOCUMENT: 23 4.2.2.2. USER INTERFACE AND EXPERIENCE: 23 4.2.2.3. DEVELOPMENT OF PORTALS/WEBSITES 24 ADVANCED FEATURES: 25 4.2.2.4. DEVELOPMENT OF GENERIC WEBSITE TEMPLATES: 26 4.2.2.5. TESTING OF PORTAL/WEBSITE: 26 4.2.2.6. COMPATIBILITY TESTING 26 4.2.2.7. SECURITY AUDIT OF PORTAL/WEBSITE 27
