Control programming without language: automation of vitamin B6analysis

Control programming without language: automation of vitamin B6 analysis

Designing a Programming Language for Home Automation

The AutoHAN project at the Cambridge Computer Laboratory is developing a range of technologies related to next-generation home networking and automation. Several aspects of the project involve the development of programming languages suitable for use in the home. Languages of this sort will clearly have a significant impact on the usability of domestic electronic devices, and greatly broaden th...

Laboratory automation in a functional programming language.

After some years of use in academic and research settings, functional languages are starting to enter the mainstream as an alternative to more conventional programming languages. This article explores one way to use Haskell, a functional programming language, in the development of control programs for laboratory automation systems. We give code for an example system, discuss some programming co...

A Programming Language without Keywords

Computer programming today is far too dependent on one particular natural language, namely English. Mathematics is not dependent on English, and programming should not be, either. In order to eliminate the dependence of programming on English, we have constructed a programming language in which the keywords are replaced by symbols available on standard keyboards. Each of these symbols is chosen...

the relationship between locus of control and iranian efl university students’ beliefs about language learning

this exploratory study aimed to investigate a possible relationship between learners’ beliefs about language learning and one of their personality traits; that is,locus of control (loc). both variables, beliefs and locus of control, are assumed to influence the language learning process. the internal control index (ici) and the beliefs about language learning inventory (balli) were administered...