The idea of symbolic operations became more concrete with the development of computers. The first general-purpose computer designed (but not built until 1991, at the Science Museum of London) was the Analytical Engine by Babbage (1792-1871). In the early part of the 20th century, there was much work done on understanding computation. Several models of computation were proposed, including the Turing machine by Alan Turing (1912-1954), a theoretical machine that writes symbols on an infinitely long tape, and the lambda calculus of Church (1903-1995), which is a mathematical formalism for rewriting formulas. It can be shown that these very different formalisms are equivalent in that any function computable by one is computable by the others.

History of A.I.M.S. started with an initiative in developing a large project for the Brazilian Government during which the proposal of a large program was to build exclusive a graphical interface to a weather forecasting module. This would take a large amount of time and resources if developed conventional. An engineered way to develop a tiny module which can then process large data at the background to really render an active feed by the super computer to a Onyx 2 Note super Computer. The portability of the application was successful in such a procedure to be able to understand the efficiency of a full-fledged program to a one hundredth sized program by dividing logic away from code. The use of fuzzy logic seemed appropriate to the time slicing method which enables large executions.

Key Points Of A.I.M.S.

A.I.M.S. - uses the simple concept of Time Slicing to do jobs which could not have been done using the conventional software development. The use of currently in use and free are the two states of mind on the engine which renders its work. The active work can be dropped for taking too long a time should be timed between 50 millisecond to 500 millisecond, depending on the job priority so that there is no loss of instruction. This was one of the major tasks while developing A.I.M.S. which took a very long time of testing. In a span of 100 thousand instructions set we found missing a few over 1 to 2 loss.This gave us the current time state which has been most efficient. This has been critical and has not been changed since the last 5 years.

SPEED was one of the major hurdles, when we introduced this in the commercial space owning to the existence of current end users was the speed. In this case we found hard to resist we could only bring in a technological change to provide speed for small programs. The implementation of cycle stealing into the unused space within the modules helped in providing for the current user speed. This over haul led to increased production and acceptability among the software developers to appreciate the implementation of projects which were complex by 1/100 the time taken. The End user acceptability led our software to a great success.
The change in the user taste was the second major hurdle which accounted for a steep fall in demand. For the last few years uneducated people had access to sites like Google, Yahoo, Facebook etc., made the programmers life miserable. The age of internet has changed the way software development is looked into they compare the manpower of these gains to individuals. The Media portrays hacking as something very simple and reward given to those who disrupt large software. This has led to an expectation which is beyond anyprogrammer’s hard work. Availability of large software programs free online is a one of the biggest problem, the major hurdle of companies is they get carried away by such programs and expect us to do the same. The only difference is taming a horse is not as easy as that. These programs which captured the market is slowly moving out because end uses cannot use them even to 10% of the usage and major part of the system go manual. To overcome this DotNet version was introduced to re-render an application developed in A.I.M.S.. The successful implementation of this even broke the hurdle of ever changing technology.The Automatic Jump of two tire to three tire architecture led A.I.M.S. to be highly stable and long lasting.