- author = "Eero Ivask",
- title = "Digital Test in WEB-Based Environment",
- school = "Computer Engineering and Diagnostics, Department of Computer Engineering, Tallinn University of Technology",
- year = "2006",
- address = "Estonia",
- month = "5 " # jul,
- keywords = "genetic algorithms, genetic programming, SBSE, digital electronics, digital integrated circuits, very large scale integration,y digital testing, defects, fault simulation, computerized simulation, computer modelling, web-based environment, Internet, software",
- isbn13 = "9985596366",
- ISSN = "1406-4731",
-
URL = "
https://digikogu.taltech.ee/en/Download/e1d292d3-a351-49f1-bee4-abd9ec1fd7b7",
-
URL = "https://digikogu.taltech.ee/en/Item/501c2593-1799-4946-a5f6-fa6a569fe80c",
-
URL = "
https://digikogu.taltech.ee/en/Download/e1d292d3-a351-49f1-bee4-abd9ec1fd7b7.pdf",
- size = "127 pages",
-
abstract = "Current thesis presents an Internet based
collaborative framework for digital testing using
genetic algorithms for test generation software
modules. Genetic algorithms are proposed in order to
overcome complexity of the test generation problem for
modern digital integrated circuits. Issues of
hierarchical fault simulation and defect oriented fault
simulation for test quality analysis are discussed as
simulation is critical issue in genetic test
generation. Digital test design flow begins with
behavioural level VHDL description. Suitable flow chart
like input format is extracted from source VHDL and fed
into academical high-level synthesis tool xTractor.
Subsequently generation of decision diagram models for
test generation tools follows.
Current thesis also addresses issues of collaborative design and test. Universal state-of-the-art collaborative platform MOSCITO is described and possibilities of its use for digital design and test flow are analysed and suitable strategies for work flow integration with existing test tools are proposed. In addition, necessary enhancements are proposed in order to use the MOSCITO system in firewall-protected environments. Finally, based on earlier studies and experience, the new completely http protocol based environment for remote tool usage is proposed. New platform has three-tier architecture using mostly Java applets as front-end, servlets on Tomcat as middleware and MySql as physical back end database server.",
-
notes = "In English
supervisor: Raimund-Johannes Ubar",
