Leading Complex Projects
Автор: Edward Merrow W.
Год издания: 0000
Quantitative analysis of outcomes vs PMs at the individual level Leading Complex Projects takes a unique approach to post-mortem analysis to provide project managers with invaluable insight. For the first time, individual PM characteristics are quantitatively linked to project outcomes through a major study investigating the role of project leadership in the success and failure of complex industrial projects; hard data on the backgrounds, education, and personality characteristics of over 100 directors of complex projects is analyzed against the backdrop of project performance to provide insight into controllable determinants of outcomes. By placing these analyses alongside their own data, PMs will gain greater insight into areas of weakness and strength, locate recurring obstacles, and identify project components in need of greater planning, oversight, or control. The role of leadership is to deliver results; in project management, this means taking responsibility for project outcomes. PMs are driven by continuous improvement, and this book provides a wealth of insight to help you achieve the next step forward. Understand why small, simple projects consistently outperform larger, more complex projects Delve into the project manager's role in generating successful outcomes Examine the data from over 100 PMs of complex industrial projects Link PM characteristics to project outcome to find areas for improvement Complex industrial projects from around the world provide a solid basis for quantitative analysis of outcomes—and the PMs who drive them. Although the majority of the data is taken from projects in the petroleum industry, the insights gleaned from analysis are widely applicable across industry lines for PMs who lead complex projects of any stripe. Leading Complex Projects provides clear, data-backed improvement guidance for anyone in a project management role.
Конструкция Complex Object в английском языке. Правила и упражнения
Автор: Татьяна Олива Моралес
Год издания:
В данной брошюре подробно рассматривается конструкция Complex Object (сложное дополнение) в английском языке на примерах и упражнениях по переводу с русского языка на английский для закрепления полученных навыков. Все упражнения адаптированы по методике © «Лингвистический Реаниматор». К упражнению, представляющему особую сложность, даны ключи (правильные ответы).
Complex Subject (сложное подлежащее) в английском языке. Правила, упражнения, тест
Автор: Татьяна Олива Моралес
Год издания:
В данной брошюре подробно рассматривается конструкция Complex Subject (сложное подлежащее) в английском языке на примерах и упражнениях по переводу с русского языка на английский для закрепления полученных навыков. Большая часть упражнений адаптирована по методике © «Лингвистический Реаниматор». В конце брошюры дан тест на изученную тему с ключами (правильными ответами).
Projects with Young Learners
Автор: Diane Phillips
Год издания:
Contains practical, tried-and-tested ideas and materials for planning, organizing, and carrying out project work with children aged between 5 and 13.
Combines language and skills development with activities which challenge young learners and motivate them to be independent.
Mivar NETs and logical inference with the linear complexity
Автор: Олег Варламов
Год издания:
MIVAR: Transition from Productions to Bipartite Graphs MIVAR Nets and Practical Realization of Automated Constructor of Algorithms Handling More than Three Million Production Rules. The theoretical transition from the graphs of production systems to the bipartite graphs of the MIVAR nets is shown. Examples of the implementation of the MIVAR nets in the formalisms of matrixes and graphs are given. The linear computational complexity of algorithms for automated building of objects and rules of the MIVAR nets is theoretically proved. On the basis of the MIVAR nets the UDAV software complex is developed, handling more than 1.17 million objects and more than 3.5 million rules on ordinary computers. The results of experiments that confirm a linear computational complexity of the MIVAR method of information processing are given.