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Pure Lucid programs are concurrent with very fine granularity. SequentialThreads (STs) are functions introduced to enlarge the grain size; they arepassed from server to workers by Communication Procedures (CPs) in the GeneralIntensional Programming System (GIPSY). A JLucid program combines Java code forthe STs with Lucid code for parallel control. Thus first, in this thesis, wedescribe the way in which the new JLucid compiler generates STs and CPs. JLucidalso introduces array support.  Further exploration goes through the additional transformations that theLucid family of languages has undergone to enable the use of Java objects andtheir members, in the Generic Intensional Programming Language (GIPL), andIndexical Lucid: first, in the form of JLucid allowing the use ofpseudo-objects, and then through the specifically-designed the Objective Lucidlanguage. The syntax and semantic definitions of Objective Lucid and themeaning of Java objects within an intensional program are provided withdiscussions and examples.  Finally, there are many useful scientific and utility routines written inmany imperative programming languages other than Java, for example in C, C++,Fortran, Perl, etc. Therefore, it is wise to provide a framework to facilitateinclusion of these languages into the GIPSY and their use by Lucid programs. AGeneral Imperative Compiler Framework and its concrete implementation isproposed to address this issue.

Towards Hybrid Intensional Programming with JLucid, Objective Lucid, and General Imperative Compiler Framework in the GIPSY