scholarly journals Finding the Most Efficient Technology Transfer Route Using Dijkstra Algorithm to Foster Innovation: The Case of Essential Oil Developments in the Research Center for Chemistry at the Indonesian Institute of Sciences

2016 ◽  
Vol 1 (1) ◽  
Author(s):  
Arief Ameir Rahman Setiawan ◽  
Anny Sulaswatty ◽  
Agus Haryono

<p>Innovation is one of the most critical issues in research institutions which can be performed through certain routes within the technology transfer mechanism. As the demands of research implementation are increasing, a better mechanism should be deployed to foster innovation. This study will investigate the possibilities for technology transfer mechanism improvements by (i) identifying a number of steps required for innovation; (ii) measuring the efficiency of each step; and (iii) exploring the most efficient routes to innovate through the Dijkstra algorithm. Cases of research on essential oils and derivatives in the Research Center for Chemistry (RCC) of the Indonesian Institute of Sciences (LIPI) will be examined as the working example for the study. As a result of this study, a model containing a recommended sequence for the most efficient steps to innovation can be proposed. Using the proposed model, the efficiency rate of the technology transfer mechanism was increased twice, suggesting the possibility of stimulating innovation performance.</p>

2020 ◽  
pp. 14-21
Author(s):  
Olha Rozghon

Problem setting. The legal basis for the implementation of technology transfer in Ukraine is the legal framework, in particular, the Law of Ukraine «On State Regulation of Technology Transfer», which has certain shortcomings in the field of state regulation of technology transfer, since Art. 3 of the said Law establishes only the list of subjects, but does not specify and organize them. So, today, the state provision of technology transfer in Ukraine is uncoordinated on the grounds that there is no proper institutional support. The relevance of the topic has determined the purpose of the scientific work, which is to study a group of technology transfer entities that are directly involved in the creation, transfer and use of technology and / or their components, and provide the necessary information, financial and other services at all stages the promotion of technologies and / or their components. Target of research. The purpose of this article is to analyze the activities and systematization of subjects belonging to the third group under Art. 3 of the said Law: natural persons directly involved in the creation, transfer and application of technologies and / or their components, provide the necessary information, financial and other services at all stages of the technology and / or their components market promotion. Analysis of recent researches and publications. Technology transfer as a category was investigated by such scientists as Yu. E. Atamanova, O. M Vinnyk, O. M Davdyuk, G.I Zhits, Yu. M. Kapitsa, D.S. Makhnovsky, V.S. Milash , E.A. Novikov, B.M. Paduchak, O.S. Trofimchuk, N.M. Fonshtein, O.A. Chobot, I.E. Yakubovsky. But with the attention of scientists there is a study of the analysis of activity and systematization of the subjects of technology transfer under Art. 3 Law of Ukraine «On State Regulation of Technology Transfer Activities». Article’s main body. The main normative legal document that directly regulates the sphere of technology transfer in Ukraine is the Law of Ukraine «On state regulation of activities in the field of technology transfer». It explains some of the concepts in technology transfer, identifies entities involved in technology transfer (Article 3), but their definitions, powers and functions are described only for government entities and state-owned entities. According to paragraph 3 of Art. 3 of the Law of Ukraine «On state regulation of activities in the field of technology transfer» subjects of technology transfer are individuals who are directly involved in the creation, transfer and use of technologies and / or their components, provide the necessary information, financial and other services for all stages of the advancement of technologies and / or their components to the market. Because an individual is involved in the creation of technology, it may be the creator (author). Any individual, regardless of age, can be the creator of an intellectual property. The right to transfer technology to individuals who are directly involved in technology transfer, although enshrined in applicable law, but only to individuals - entrepreneurs. With regard to individuals involved in the application of technologies and / or their components, these may be, in particular, technology providers and their components used in the application of technologies offered for transfer. The technology transfer entity (in particular, the inventor) can be a natural person in the technology transfer field. Thus, the subjects of technology transfer at certain stages are: the inventor (fundamental science), practitioner (applied science), technologist-producer (industrial production), marketer-seller (market), investor (pilot production and refinement) technology). We assume that technology transfer investors are financing through their own funds or fund management. The most attractive for efficient technology transfer is the Greenfield investor who is motivated by the search for knowledge. Individuals directly involved in the transfer of technology may also be referred to as a patent attorney as a person providing assistance and services related to the protection of intellectual property rights to others whom they represent. Conclusions and prospects for the development. Although a legal analysis of technology transfer legislation indicates the use of the terms «natural person», for example, author, inventor, who may belong to individuals involved in the creation of technologies and / or their components, and «natural person - entrepreneur», however the parties to the economic agreement in the field of technology transfer are economic entities, ie individuals - entrepreneurs. In our opinion, item 3 of Art. 3 The Law of Ukraine «On State Regulation of Technology Transfer Activities» should be read in the following wording: natural persons directly involved in the creation, transfer and use of technologies and / or their components, provide the necessary information, financial and other services for all stages of promotion of technologies and / or their components on the market are: a) individuals who create new technological solutions, products, methods or means of production, types of goods and services, management structures without conducting scientific howling (scientific and technical) work; b) individuals who provide different types of services during the implementation of innovations, in particular, perform design or technological works on the creation of models, design, provide marketing, training, legal, patent services; c) natural persons - investors who finance projects at their own expense or manage funds. Keywords: technology transfer, technology, services, individual - entrepreneur, author, investor.


Processes ◽  
2019 ◽  
Vol 7 (2) ◽  
pp. 56 ◽  
Author(s):  
Thien Hien Tran ◽  
Le Ke Ha ◽  
Duy Chinh Nguyen ◽  
Tan Phat Dao ◽  
Le Thi Hong Nhan ◽  
...  

Black pepper (Piper nigrum L.) is a tropical crop with extensive medicinal potential in ethnomedicine and nutraceutical applications. The essential oil of black pepper finds wide applications in inhabitation of respiratory infections and soothing of muscular pains due to its warming and energizing property. The pungent bioactive piperine is responsible for this function, and therefore, efficient technology is required for an optimal extraction process of this compound. In the present article, we have developed a procedure for extracting black pepper essential oil from Vietnam, optimizing conditions that affect the extraction process. The effect of process parameters, namely material size, preservation method, the concentration of sodium chloride, the concentration of soak time, the ratio of material to water, temperature extraction, time extraction on the extraction yield, and relative efficiency were investigated. Results demonstrated that 20 g of black pepper milled with a mesh size of 160 obtained 0.48 g of essential oil (2.4%) at a raw material to water ratio of 1/21 (g/mL) at 150 °C in a time of 5.2 h. GC-MS (Gas chromatography–mass spectrometry) spectra showed that 3-carene (29.21%), D-limonene (20.94%), caryophyllene (15.05%), and β-pinene (9.77%) were present as major components. These results suggested that the essential oil extracted from Vietnamese black pepper is applicable in the manufacturing processes of insecticides and air deodorizers.


2020 ◽  
Vol 12 (18) ◽  
pp. 7343
Author(s):  
Junpeng Cai ◽  
Dewang Chen ◽  
Shixiong Jiang ◽  
Weijing Pan

With the increasing popularization and competition of electric vehicles (EVs), EV users often have anxiety on their trip to find better charging stations with less travel distance. An intelligent charging guidance strategy and two algorithms were proposed to alleviate this problem. First, based on the next destination of EV users’ trip, the strategy established a dynamic-area model to match charging stations with users’ travel demand intelligently. In the dynamic area, the Dijkstra algorithm is used to find the charging station with the shortest trip. Then, the area extension algorithm and the charging station attribution algorithm were developed to improve the robustness of the dynamic area. The two algorithms can automatically adjust the area size according to the number of charging stations in the dynamic area to reduce the number of nodes traversed by the Dijkstra algorithm. Finally, simulation examples were used to verify the effectiveness of the proposed model and algorithms. The results showed that the proposed intelligent charging guidance strategy can meet the travel demand of users. It is a promising technique in smart cities to find better travel trips with less travel distance and less computed time.


Author(s):  
Hans Teichmann

For the economic growth in least developed countries (LDCs), the transfer of technical and scientific know-how is an uncontested necessity. Poverty and underdevelopment in LDCs are interrelated features. Technology transfers may fail, however, unless varied constraints are taken into account. The focus of this study is on obstacles to an efficient technology transfer to LDCs, and on the major role which global, bilingual standards can play in this process. The global standards setting organizations International Organization for Standardization (ISO) and International Electrotechnical Commission (IEC) have recognized the need for a general, comprehensive, and effective support of the LDCs' bodies for national quality infrastructure (NQI). Standardization is not only a vital socio-economic function in itself, but standards represent part of much wider, essential infrastructures. Three stakeholder groups are particularly concerned: the users of the global standards in LDCs, the global standards setting organizations, and the individual National Quality Infrastructure bodies.


2015 ◽  
Vol 19 (02) ◽  
pp. 1550025 ◽  
Author(s):  
GUNTER FESTEL

Especially established industries, like the chemical and pharmaceutical industry, rely on effective and efficient technology transfer to maintain their competitiveness. Academic spin-offs, corporate spin-outs, and internal start-ups, as different types of new ventures, can be used for technology transfer from universities and research institutions to companies as well as between or within companies. Especially internal start-ups are a new approach for company internal technology transfer from research departments to business units. Based on 12 case studies from the chemical and pharmaceutical industry in Germany and Switzerland, which were identified and developed by narrative interviews with new ventures and parent organisations, like companies, universities, and research institutions, technology transfer through new ventures has been analysed. Despite the various backgrounds and challenges, the different types of new ventures show much more similarities than dissimilarities. Therefore, learnings from academic spin-offs can be transferred to corporate spin-outs and internal start-ups in the context of technology transfer.


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