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"ABSTRACTABC Hotel has existed as budget hotel for approximately 20 years, upheavalof tight competition in the budget hotels affect to ABC Hotel in the future. Today,ABC hotel is facing a lot of challenges to survive in the competition. Navigate thecompany to create more customer values is a road to competitiveness to survivewithin the industry. ABC Hotel can create more portfolios of competitive actionconforms of its competitor to gather brand equity and loyalty. Those portfolioactions mixed with strategy pursuing value innovation. Value innovation can bereach by identifying guests? needs with new superior value for mass buyers andaffordable price"

"Organizing a team to get IT projects done on time and on budget requires more than just the usual project management know-how. Using a proven approach that examines the project life cycle and works in conjunction with the methods recommended by the Project Management Institute, "Effective IT Project Management" provides readers with a system that keeps the big picture in view while dividing tasks into manageable chunks. Taking readers step-by-step through the entire project, "Effective IT Project Management" is a complete blueprint for using teamwork to achieve IT project success."

"Short Time Period Water Budget (SPWB) and Catchment Water Balance (CWB) methods were used for estimating evapotranspiration (ET) rates in oil palm catchments in Johor, Malaysia. Three catchments of different oil palm ages were established, namely C1 (2 years), C2 (5 years) and C3 (9 years). Eight months data of rainfall and runoff were used in the analysis. By adopting no rainfall conditions (Pse=0) at the start and end days of analysis, we obtained water budget periods of 209 days for C1, 111 days for C2, and 158 days for C3. A higher Pse of 2 mm, has prolonged the water budget periods to 218, 206 and 195 days for C1, C2 and C3, respectively. The larger Pse (2mm) also increased the number of samples for analysis. The SPWB method showed more consistent monthly ET compared to the WBC method. The projected rates of annual ET show remarkable variations between catchments, from 927 to 1405 mm/yr for the SPWB method and 1098 to 1365 mm/yr for the CWB method. Although the annual ET rates from C1 (1405 mm/yr for SPWB and 1365 mm/yr for CWB) are reasonable, the ET values in C2 and C3 seemed to be grossly underestimated. Both methods have weaknesses in dealing with distinct dry and wet conditions, most likely due to rapid fluctuation in the soil moisture. This problem is more obvious in the smallest catchment, C2"