Memorandum of Understanding - Little Priest Tribal College

S1G - MOU Little Priest Tribal College and University of Nebraska at Omaha - 3/1/199

Memorandum of Understanding between the Indian Council of Agricultural Research and the International Plant Genetic Resources Institute for Scientific and Technical Cooperation in Plant Genetic Resources

MOU between the Indian Council of Agricultural Research and IPGRI signed July 19, 1996 in New Delhi, India. MOU establishes research collaboration between the two parties. The MOU contains nine articles

Kedudukan Hukum Memorandum of Understanding (MOU) Digital: Implikasi dan Orientasi dalam Perspektif Hukum Inklusif

This research aims to analyze the legal position of digital memorandums of understanding (MOU) viewed from an inclusive legal perspective. The inclusive legal perspective is the basis of this research because it emphasizes equality and legal protection for the parties who formulate a MoU. The urgency of this research is to analyze the position and classify digital MoU considering that in the era of digitalization, various legal documents are created in digital form, which can cause problems regarding their position and validity. This research is normative legal research by prioritizing conceptual and statutory approaches. The results of this research are that digital MoU can comply with the provisions in Articles 1320 and 1338 of the Civil Code and the ITE Law. An inclusive legal perspective on digital MoU is the acceptance of informatics and computer science as sources that influence the substance and formation of rules. Legal innovation can be seen from the creation of digital MoU where everyone is free to enter into any agreement. , in the use of digital MoU you need to pay attention to religious and social values, the formation of digital MoU rules is also influenced by the era of globalization and international regulations regarding electronic contracts, and digital MoU have easy access. by anyone, not limited to place. Penelitian ini bertujuan untuk menganalisis kedudukan hukum memorandum of understanding (MoU) digital ditinjau dari perpsektif hukum inklusif. Perspektif hukum inklusif menjadi basis penelitian ini karena menekankan adanya kesetaraan serta perlindungan hukum bagi para pihak yang merumuskan MoU Urgensi penelitian ini adalah untuk menganalisis kedudukan dan mengklasifikasi MoU digital mengingat di era digitalisasi berbagai dokumen hukum dibuat dalam bentuk digital sehingga dapat menimbulkan problematika terkait kedudukan dan keabsahannya. Penelitian ini merupakan penelitian hukum normatif dengan mengedepankan pendekatan konseptual dan perundang-undangan. Hasil dari penelitian ini adalah MoU digital dapat tunduk pada ketentuan yang ada dalam Pasal 1320 dan 1338 KUHPerdata dan UU ITE. Perspektif hukum inklusif terhadap MoU digital adalah  penerimaan ilmu informatika dan ilmu komputer sebagai sumber yang mempengaruhi substansi dan pembentukan aturan, inovasi hukum dapat dilihat dari pembuatan MoU digital digital yang mana setiap orang bebas mengadakan perjanjian apa saja, dalam pemanfaatan MoU digital digital perlu memperhatikan nilai-nilai agama dan sosial, pembentukan aturan MoU digital digital juga dipengaruhi oleh era globalisasi dan peraturan internasional mengenai kontrak elektronik, dan MoU digital memiliki akses yang mudah dilakukan oleh siapa saja tidak terbatas pada tempat.Kata kunci: Hukum Inklusif; Kedudukan Hukum; Memorandum of Understanding (MoU) Digital  

Memorandum of Understanding between the Tropical Agriculture Research and Education Center (CATIE) and the International Plant Genetic Resources Institute

MOU between CATIE and IPGRI signed August 31, 1994 by Dr. Ruben Moncada, Director General of CATIE, and Dr. Geoffrey Hawtin, Director General of IPGRI. MOU establishes collaboration in the collection, conservation, and use of plant genetic resources. MOU is in English and contains five articles

Through a router darkly: how new American copyright enforcement initiatives may hinder economic development, net neutrality and creativity

On November 1, 2012, Russia enacted a law putatively aiming to protect Russian children from pedophiles. This law authorizes deep packet inspection (DPI), a method used for monitoring, filtering and shaping internet traffic, which has heightened concerns among many leading privacy groups. These groups are concerned with how the government will use such an intrusive method in prosecuting child predators. Central to this concern is DPI’s capability to allow the Russian government to peer into any citizens’ unencrypted internet traffic and monitor, copy, or even alter the traffic as it moves to its destination. The unresolved question is whether the government’s use of DPI will be restrained and utilized primarily to thwart child predators, or whether it will be expanded to lay the groundwork for a new era of national censorship. Although the United States has not yet adopted similar tactics in regulating its citizens’ internet use, Russia’s implementation of the new DPI monitoring and filtering system will provide an educational opportunity for both privacy advocates and policymakers

Get It in Writing: MOUs and Library/IT Partnerships

Increasingly academic libraries are partnering with other campus units to improve efficiency and to better serve students and faculty. This paper aims to focus on the importance of developing a memorandum of understanding (MOU) to foster a relationship between an academic library and IT unit. It seeks to identify what the MOU should include, pitfalls to be avoided, and lessons learned. It also proposes demonstrating how the MOU has been used as a model for other alliances and how, because of the MOU, a partnership has flourished

Edge-dominating cycles, k-walks and Hamilton prisms in 2K22K_2-free graphs

We show that an edge-dominating cycle in a $2K_2$-free graph can be found in polynomial time; this implies that every 1/(k-1)-tough $2K_2$-free graph admits a k-walk, and it can be found in polynomial time. For this class of graphs, this proves a long-standing conjecture due to Jackson and Wormald (1990). Furthermore, we prove that for any \epsilon>0 every (1+\epsilon)-tough $2K_2$-free graph is prism-Hamiltonian and give an effective construction of a Hamiltonian cycle in the corresponding prism, along with few other similar results.Comment: LaTeX, 8 page