Legal uncertainty under EU acquis for the author of Graphical User Interface design - A new sui generis protection needed?
This thesis is about the legal protection of the Intellectual Property (IP) of the design of the graphical user interface (GUI) for computer programs aka software. The research into this matter of law was done by finding out and analysing how this protection is provided through international treaties, statutory law and case law. It concludes that there is a certain amount of legal uncertainty within the area researched and that full harmonization of IPRs within EU most probably would remove this issue and thereby benefit the individual author. This thesis takes the reader on a journey where we will explore the dimension where law and technology meet and merge.
The Challenges of Reforming Intellectual Property Protection for Computer Software
This article examines three critical, interrelated challenges for reforming legal protection for computer software: (1) analyzing the market failures that might justify government intervention to define (or alter) the legal entitlements granted for software innovations; (2) predicting the likely path of computer technology; and (3) anticipating and navigating potential impediments to legislative reform of legal protection for software. It warns that patent protection for computer software poses serious potential problems and should be addressed before powerful economic interests vest in large software patent portfolios.
Effect of various kinematic parameters of mine hoist on fretting parameters of hoisting rope and a new fretting fatigue test apparatus of steel wires
The effect of various kinematic parameters of mine hoist on fretting parameters of the hoisting rope was investigated and a new fretting fatigue test apparatus was designed. A simulation model of the rope tension was presented to examine the role of various kinematic parameters on the rope tension and tension amplitude during lifting. Ranges of fretting parameters of the rope during lifting with different kinematic parameters were determined. The results show that different kinematic parameters induce different modal shapes of the vibrating systems during lifting, which results in distinct ranges of fretting parameters of the rope.