Intellectual Property Rights and the North-South Contest for Agricultural Germplasm: A Historical Perspective
This article examines intellectual property rights (IPR) regimes as they apply to agricultural germplasm in the context of global North-South relations. The issue is pertinent particularly since TRIPs (Trade-related Aspects of Intellectual Property Rights) became enshrined in the statutes of the World Trade Organization in 1994, institutionalizing the notion of ‘germplasm as property’ throughout the globe. Yet, the idea of ‘germplasm as property’ is a notion culturally specific to the global North historically. It is perhaps no surprise that many germplasm patents are being held on biological matter that originated in the South–in the Vavilovian ‘centers of diversity’. This paradox situates the contest over biodiversity resources in a world-historic context and undermines the declared reasons for germplasm IPRs. Besides, more than just a North-South conflict over resources, this episode features also a confrontation between competing worldviews of nature-human relations.
normative structure of Indonesian pharmacy trade secret law
This article aims to analyze the normative structure of Indonesia's trade secret protection law in the pharmaceutical sector. The analysis is carried out through two prisms: the different intellectual approaches to the judicial review law: the 'basic approach' and the 'legal approach.' Various trade secret crimes in the pharmaceutical sector, such as theft of prescription drugs and drug counterfeiting, continue to increase. We explore developments from both approaches and trace contemporary developments from the approach to law on trade secrets. We then reflect on how each response to two central legitimacy issues should provide legal protection for every owner of the trade secret in the pharmaceutical sector and the public who are victims or perpetrators of criminal trade secrets in the pharmaceutical sector.
Design of a low power viterbi decoder for wireless communication applications
In this paper, a novel low-power Viterbi decoder with soft decision is proposed. For the branch metric of the Viterbi decoder, our design employs a soft-decision method to improve its correction capability. In order to find the survivor path efficiently, we modify the classical Viterbi decoding algorithm into a new one. This new algorithm is similar to the register-exchange method with lower latency, but using RAM instead of register banks for recording the output bit-stream of the survivor path. Hence, our design can provide a low-power design. Finally, the chip of this design consumes about 28.6K gates using TSMC 0.18 μm CMOS technology. The power consumption of our chip is about 19.5mW at 100MHz.