Computer Language Engineering

Computer programming language is any of various languages for expressing a set of detailed instructions for a digital computer. Such instructions can be executed directly when they are in the computer manufacturer-specific numerical form known as machine language.

Computer Language Engineering addresses the implementation of high-level programming languages into specifics fields, from science to civil engineering. Students, scientist and engineers will find this book to be a good comprehensive resource for learning about the construction and application of some relevant languages, focusing on specific applications that are also novel research material in the area. The aim of first chapter is to provide basic principles of software engineering. Second chapter presents a lightweight behavior based language for requirements modeling. The goal of third chapter is to present an elaborated emulator of a 2-D massively parallel re-configurable mesh computer of size n x n processing elements (PE). Fourth chapter deals with the semantic analysis of queries written in natural language and dedicated to the object oriented data bases. Fifth chapter focuses on integrating auto computer-aided design (ACAD) with geographic information system (GIS) for civil engineering applications. In sixth chapter, C-language programming for development of conventional water treatment plants decision support system has been studied. The purpose of seventh chapter is to deal with probabilistic graphical query language for gene expression time courses and eighth chapter discusses about the application of binary alignment/map query language (BAMQL) for extracting reads from binary alignment/map (BAM) files. Ninth chapter proposes an open, high-level, and portable programming language called “Phonepl”, which is independent from vendor-specific proprietary hardware and software but can be translated into a network processor (NP) program with high performance especially in the memory use. Tenth chapter deals with common programming languages used in bioinformatics and eleventh chapter introduces Ruby as a highly suitable scripting language for biologists to learn and use. Twelfth chapter presents a domain specific language, the S3DB query language (S3QL), to operate on its underlying core model and facilitate management of linked data. Thirteenth chapter provides a generic concept that allows R users to extend their statistical and bioinformatical procedures, which are relying on commands in the R prompt, with standard graphical user interfaces. Fourteenth chapter describe how to re-architect the Java type checking process in order to obtain more informative error messages. Fifteenth chapter highlights on the environment for tree exploration (ETE), a python programming toolkit that assists in the automated manipulation, analysis and visualization of hierarchical trees. In sixteenth chapter, XIS-Mobile, a domain specific language, focused on the development of mobile applications and on mitigating the problems related to the complexity of software development and mobile platform fragmentation were studied. Seventeenth chapter presents a Perl5 toolkit for phyloinformatic analysis and eighteenth chapter introduces the application of R/parallel in speeding up bioinformatics analysis with R. Last chapter deals with development of owlcpp, a library for storing and searching RDF triples, parsing RDF/XML documents, converting triples into OWL axioms, and reasoning.

Nelson Bolivar has a PhD. in physics from the University of Lorraine in France finished in 2014. His expertise is in quantum systems and condensed matter. His interest includes spintronic devices and correspondences between general relativity and condensed matter. He is currently an associate professor at the Central University of Venezuela.