Unified Business Rules Standard (UBRS)
The current business environment's ever-changing market dynamics, like evolving user needs, faults, intrusions, etc., require constant updates to system behavior and resource availability. These changes, however, should be performed without significantly affecting the application structure, thus allowing the system to effortlessly optimize and tune itself at runtime to handle/manage any issues. Business rules are an effective tool to provide flexibility and control for rapidly deploying changes across business operations. However, most organizations still need help to explicitly define or model business rules, primarily because they lack a global and widely acceptable set of standards. Furthermore, current business rule standards are not flexible and adaptable for defining rules that can apply to any other application except the ones they are designed for. Such problem dependencies in traditional standards make them challenging to evolve and, hence, significantly limit their use. The Unified Business Rule Standard (UBRS) eliminates these dependencies by focusing on the core knowledge of the domain. It effectively means the changes can be carried out to the problem-specific components without affecting the core functionality. In other words, updating the business logic can occur without recompiling the application code.
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Unified Software Engineering Reuse (USER)
USER and systems built by using it answer the problems of low reuse, high costs, phasing out software solutions, components with significant impedance mismatch to be reused, and more. Research and development done for USER would enable the practitioners and researchers of software engineering to look at new ways of developing software that solves these problems, especially dealing with the issues associated with requirements and domain analysis in reuse. Unified Software Engineering Reuse (USER) would give rise to a new way of looking at software and building software solutions. USER can enable interdisciplinary research development in a big way and can bring different bodies of knowledge, and applications together, e.g., for biochemistry, bioinformatics, medicine, media, etc. USER enables building software systems that are self-adaptable and applicable for applications spanning multiple domains, unlike traditional software tools. It can be a catalyst for bringing scientists and students from varied fields to a common ground and building applications across these different bodies of knowledge. USER takes the field of software engineering to the next level. Software has become integral to everything our environment consists of today. The book presents a pragmatic and an intuitive approach to understanding the problem of existing reuse and utilizing USER as the central perspective of experience and business-centric intuition (stable reuse techniques and assets).
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