Thursday, June 1, 2006

TRIZ Contradiction Matrix

Author: Hariharan S.
Abstract:

A successful development of a new product depends, more than relying on the available in-house expertise, accessing the external capabilities. Having recognised this fact, today, every company believes in its strategy to drive innovation and growth by accessing external capabilities. One among them could be TRIZ knowledge database. This article is written highlighting the importance of TRIZ knowledge database and to share with the readers, how product developing companies can leverage the tremendous innovation assets and ideas available in TRIZ contradiction matrix and examples given in it.   

Evolution of User Interfaces for the Visually Impaired- Part 2

Author: Umakant Mishra
Abstract:

Physically or mentally challenged people cannot use a computer in the same way a normal people can. For example, a person with disability in hands cannot use a standard keyboard or mouse efficiently. People having hearing problem, visual challenge etc. cannot interact with a computer like a normal person. So it is necessary to specially design the computers, interfacing devices and software interfaces, which can be used by the physically challenged people.

This article analyses the types of visual disabilities, different assistive technologies for different visual disabilities, guidelines for developing user interfaces for the visually impaired, software products available for assisting the visually impaired, and Inventions made on such adaptive technologies. The objective is to analyze and explore various assistive technology for the visually impaired users, and throw some light on the scope for future improvements on such interfaces.

The first part of this article discussed about various assistive technologies for different visual disabilities and guidelines for developing user interfaces for visually impaired users. This part of the article discusses about various inventions made on such Adaptive Technologies and scope for future inventions on Adaptive Technologies.

Keywords: TRIZ, Innovation, Inventive Problem Solving, Invention, Software Patents, GUI, Software inventions, Graphical User Interface, GUI design, GUI elements, assistive technologies, adaptive interfaces, speech recognition, VRS, Visual disabilities, Karaoke, speech synthesis, Braille, screen magnifying, vibrations, audible signals,




Patentability of Software Inventions

Author: Umakant Mishra
Abstract:
Software is very expensive to develop but very inexpensive to copy. Just by copying a software you create an exact duplicate of the original software and all with the same functionality. There is no difference between the original (which is bought) and the copy (pirated). The worse is when the source code is copied. The copier can even claim to have developed the software where the credit of the developer might go. The software developers use various methods to protect their source code such as copyright, trade secrets etc. but each having limitations. The developers are keen on finding legal frameworks to protect their investments. While copyright law protects expression, Patenting software inventions can protect the infringement of patent claims. However, most small to Medium Developers don't get the benefit of patenting because of its expenses. This article describes what types of software inventions are patentable and the scope of patent laws in software patenting in different countries.

Keywords: TRIZ Software, Innovation, Inventive Problem Solving, Patentability criteria, software patents, software inventions, Patent Evaluation, Patent application, patent rejection


Umakant Mishra, Patentability of Software Inventions (May 2, 2014). Available at SSRN: http://ssrn.com/abstract=2432070