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10 Partnerships and Flexible Networks Alternatives or Complementary Models of Labor-Management Relations? SAUL RUBINSTEIN CHARLES HECKSCHER Over the past two decades, it has become clear to many U.S. labor and management leaders that the traditional labor-management relations sys- tem, in which collective bargaining stands alone or serves as the center- piece, is no longer able to meet the needs of firms, employees, and their unions. Consistent with the British case described by Beaumont and Hunter in the previous chapter, a number of unions and

Contesting "Flexibility" Networks of Place~ Gender, and Class in Vietnamese Workers~ Resistance ANGIE NGQC TRAN 3 AI; Vietnam reintegrated into the world capitalist system after domestic market reform in the late 1980s and the collapse of the Soviet bloc in the early 1990s, 1 it engaged the global capitalist economy and flexible subcontracting production while maintaining a nominally socialist government. This reflects the state's com- plex and contradictory relationship to capital and labor; rhetorically it shows a commitment to uphold socialist ideals


Reaction of Na4TCM (1) (H4TCM = tetra[4-(carboxyphenyl)oxamethyl]methane) with [Cu(CHA)](ClO4)2 (2)(CHA = 1,3,6,8,11,14-hexaaz atricyclo[,11] octadecane) in a DMF-water mixture yields [Cu(CHA)]2[TCM] (3). Structural analysis of [Cu(CHA)]2[TCM]·11H2O (3·11H2O) by single crystal X-ray diffraction reveals strong copper-oxygen bonds between two complex cations and the tetraanion leading to a 3D coordination network (zwitterionic structure), consolidated through additional NH...O=C hydrogen bonding within the cation/anion association. The resulting coordination geometry around a copper atom is a distorted square pyramidal with an oxygen atom of the anionic ligand in the apical position. A 3D supramolecular network is developed in the crystal based only on NH...OC hydrogen bonds between the macrocyclic metallic tecton and the carboxylate groups of neighboring 3D coordinated (zwitterionic) moieties. The pseudotetrahedral TCM4− tetraanionic ligand induces a diamondoid architecture formed of large distorted adamantanoid cages.

These days, universities and research institutes are very much dependent on rapid data connections. SWITCH provides a sta- ble and flexible network, built on its own dark fiber infrastruc- ture. Over the past six years, SWITCH has succeeded in imple- menting a redundant design and has acquired a great deal of experience on this. MISSION On 22 October 1987, “SWITCH – Swiss Academic and Re- search Network” was established as a foundation by the Swiss Confederation and eight university cantons (Basle City, Berne, Fribourg, Geneva, Neuchâtel, St. Gallen, Vaud and Zurich

(DYSPAN) , McLean, VA, 2014, pp. 194–205. [16] G. Fang et al., “Distributed Inter-Network Interference Coordination for WBANs,” in 2010 IEEE Global Telecommun. Conf. GLOBECOM 2010 , Miami, FL, 2010, pp. 1–5. [17] Python language programme used for simulation of power control game . [Online]. Available: [18] T. Høiland-Jørgensen (2016, Dec. 3). “Flent: The FLExible Network Tester,” [Online]. Available:

. Mavromoustakis, G. Mastorakis, A. Bourdena, E. Pallis. Traffic-Based S-MAC: A Novel Scheduling Mechanism for Optimized Throughput in Mobile Peer-to-Peer Systems. - IJWNBT 2015, Vol. 4, 2015, No 1, pp. 62-80. 26. Pop, F., C. Dobre, D.-G. Comaneci, J. Kolodzie j. Adaptive Scheduling Algorithm for Media-Optimized Traffic Management in Software Defined Networks. - Computing, Vol. 98, 2016, No 1-2, pp. 147-168. 27. Hohlfeld, O., T. Zinner, T. Benson, D. Hausheer. Special Issue on Software-Defined Networking and Network Functions Virtualization for Flexible Network Management. - Int

technologies and support mechanisms will need to be in place. Reconfigurability will provide the basic mechanisms and a reconfiguration plane the signaling and support platform. Dy- namic network planning and flexible network management will facilitate and support network resource efficiency. Furthering the mechanisms for flexible spectrum assignment will enhance usage efficiency, and, finally, cognitive methods will support the deci- sion making and reconfiguration processes. This paper outlines E2R's research approaches towards dynam- ic network planning and flexible

a global, open and flexible network merging contents from a wide variety of earth observing instruments and information systems providing decision makers with a huge range of information. Recently GEO obtained a mandate until 2025 to address urgent global challenges, support sustainable development and further build the GEOSS. Besides the primal need to ensure provision of data, a second challenge is to make different datasets interoperable. This includes data of various scales, resolutions and origins. Available data products are rarely easy to merge or

framework for flexible networks of process models is proposed based on the well-established pipeline concept. It allowed the integration of multiple different surgical process model types in one system. A prototypical frame- work was implemented and tested with a network for a neurosurgical use case. Keywords: Surgical workflow, OR integration, workflow management, surgical assistance, digital operating room Introduction Surgical workflow management will make important contributions to future digital operating rooms. It allows the automation of tasks like

resistance increase and the heat evolution decreases strongly. The tensile strength and the Shore hardness remain almost constant. There is some decrease in the modulus M 2 o o only. These results show that, according to 1121, the NAD addition in the first preparation stage leads to the creation of vulcanizates with a more flexible network structure, having a lower number of crosslinks but stronger long active bonds, in comparison to the vulcanizate without NAD. As mentioned earlier, NAD demonstrates a synergistic effect in a double accelerating system with the