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Supplemental material, Supplementary Material 1, for Clinical and Economic Outcomes of Using Robotic Versus Hand-Held Staplers During Robotic Lobectomy by Michael Zervos, Alfred Song, Yanli Li, Shih Hao Lee and Daniel S. Oh in Innovations: Technology and Techniques in Cardiothoracic and Vascular Surgery

Supplemental material, Visual Abstract, for Clinical and Economic Outcomes of Using Robotic Versus Hand-Held Staplers During Robotic Lobectomy by Michael Zervos, Alfred Song, Yanli Li, Shih Hao Lee and Daniel S. Oh in Innovations: Technology and Techniques in Cardiothoracic and Vascular Surgery

Language and culture is an applied been possessed by every man since born. Language is a in the form of communication with each other. In daily life, communicate with the family, friend, even work also need good ability. Therefore a use of language that well and properly should be owned individuals[1]. Nihon-Goo! Is a Game made from computer for the purpose as a medium and facilitate the process increase knowledge and understanding basic vocabulary and culture in japan. After 5 times playing of one each day, game testing was conducted to 40 people and fill the questionnaire. Post-test data result shows that the game makes the player having difficulty answering the questions, but still want to play it again and again. So even though they failed to try it, they still tried again and again.

Supplemental material, Supplementary material, for Port Strategies for Robot-Assisted Lobectomy by High-Volume Thoracic Surgeons: A Nationwide Survey by Daniel S. Oh, William B. Tisol, Larry Cesnik, Anna Crosby and Robert J. Cerfolio in Innovations: Technology and Techniques in Cardiothoracic and Vascular Surgery

In order to improve the operational assessments process of Global Peace Operations Initiative (GPOI) in U.S. Southern Command, this thesis provides a system of systems analysis of the GPOI program. Using systems of systems engineering concepts described by the U.S. Department of Defense and following a systems of systems engineering and integration process model, an operational architecture of GPOI as a system of systems is developed from an analysis of stakeholders, an exploration of the operational concept, an examination of capabilities, a creation of event and interaction models, and an evaluation of governance. The architecture is used to identify friction points and recommend improvements in both process and organization of GPOI. This thesis serves as a foundation for providing appropriate metrics for an effective operational assessment of the GPOI program to a decision maker. http://archive.org/details/systemofsystemsn1094542697 Lieutenant, United States Navy Approved for public release; distribution is unlimited.