Digital circuits modelling

Use C++ (optionally with SImlib [login to view URL]~peringer/SIMLIB/). Create a simulator of digital circuits working with several basic logic gates (NAND, NOR, AND, NOT, OR) and programmable by NETLIST. Demonstrate work of simulator on examples of combinational logic, flip-flops, etc. Count with different time delay on different types of blocks. Final program will accept NETLISTs as an input, perform a simulation and outputs timeline of all (or watched) ports (i/o) in circuit. You are supposed to design input and ouput format. User must be able to see signal throughput graphically (app has a GUI or uses virtualizer - GNUplot for instance). There is no rules for design of app, it's up to you. It must be able to simulate correctly on logical level (1,O,X) all basic logic gates mentioned above. Documentation - 4-5 pages: (this is just translation by Google translate - way too long to translate manually. If you don't understand something, ask me): 1, Introduction The introduction must explain why all work is done and why the user has read the results of your document. For example: - In this work the implementation solution ... that will be used to build model ... - Based on the model and simulation experiments will be shown the behavior of the system ... in terms of ... - The purpose of experiments is to demonstrate that if ... then ... - Note: the requested reports may be noted that the report was based on the request ... (With school work so zdůvod'novat project but not that). It is very easy to justify, in what the work is challenging and is the author undeniable benefits (eg processing model was necessary to study ... to process ... the model is the industry's interesting / unique in ...). * Chapter 1.1: Who participated in the work as an author, consultant, contractor technical facts, important sources of literature / fact ... - It is ideal if you consult your concept with some authority in the field (in the IMS project that is valued, but not required) - If you have a consultant, never mind. But can not claim to have invented the whole piece with no interaction with the environment and literature. * Chapter 1.2: In what environment and under what conditions was carried out experimental verification of validity of the model - if reader / sponsor your message here believe in the validity of the model, usually refuse to have your work at this time. 2, Analysis of the topic and the methods / technology Summary of all material facts relating to the analysis system (possible nejvěcnějším and technical (ideally a formal mathematical) approach to any literary stories). The essential facts about the system must be justified and supported by a credible source (scientific article, book, personal measurements and surveys). If you say that the sheep on pasture eat two pounds of grass per day, there must be another (trusted) source that confirms it. This summary identifies your level of credibility of the model (no one wants to model results from an untrusted). If the resources that are not facts about your system in danger of losing points. * Chapter 2.1: Description of the processes used to create a model and justification for why they are appropriate for a given problem. Evidence can be supported by showing an alternative approach and comparison with yours. The reader must be sure that the selected tools / processes / technologies are ideal for solving a given problem (of course, "I do it in Java because Java is currently frčí ..." does not satisfy the study sponsor). * Chapter 2.2: Description of the origin of the methods / technologies (where they were obtained (links), whether they are created by the author) - taken over the document (specifically, if they have any responsibility copyright permission / license). Justify the need to develop their own methods / tools / algorithms. In most cases you will no longer take the pr