The Strategic Planning And Deployment Excellence System Spades
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The Strategic Planning and Deployment Excellence System (SPADES)
The Strategic Planning and Deployment Excellence System (SPADES) provides a path to long-term success in the environment of rapidly changing technology and business systems. It combines the best of Hoshin Kanri, Quality Function Deployment (QFD), and other proven management and leadership tools and techniques. This book presents a set of tools and techniques for developing and deploying a long-term plan for achieving sustained success. These concepts ensure graphically tracing the strategic planning process from the foundation of organizational principles to the enterprise vision and to the organization’s long-term goals. The Scientific Method is the foundation upon which the tools and techniques of SPADES are applied. The Scientific Method begins with an observation of a phenomenon which leads to development of a hypothesis to explain the phenomenon. The hypothesis is then tested and, based on the analysis of the results, then accepted or adjusted as necessary. The testing may then be repeated to verify conclusions. The Deming-Shewhart Cycle of plan-do-check-act (PDCA) is the application of the Scientific Method for control and continual improvement of processes and products. SPADES is the integrated evolution of the PDCA Cycle and QFD to answer the challenges of how to stay competitive, year after year, in a dynamic environment of rapidly changing customer requirements and technology.
The Strategic Planning and Deployment Excellence System (SPADES)
"The Strategic Planning and Deployment Excellence System (SPADES) provides a path to long-term success in the environment of rapidly changing technology and business systems. It combines the best of Hoshin Kanri, Quality Function Deployment (QFD), and other proven management and leadership tools and techniques. This book presents a set of tools and techniques for developing and deploying a long-term plan for achieving sustained success. These concepts ensure graphically tracing the strategic planning process from the foundation of organizational principles to the enterprise vision and to the organization's long-term goals. The Scientific Method is the foundation upon which the tools and techniques of SPADES are applied. The Scientific Method begins with an observation of a phenomenon which leads to development of a hypothesis to explain the phenomenon. The hypothesis is then tested and, based on the analysis of the results, the hypothesis is accepted or adjusted as necessary. The testing may then be repeated to verify conclusions. The Deming-Shewhart Cycle of plan-do-check-act (PDCA) is the application of the Scientific Method for control and continual improvement of processes and products. SPADES is the integrated evolution of the PDCA Cycle and QFD to answer the challenges of how to stay competitive, year after year, in a dynamic environment of rapidly changing customer requirements and technology"--
Development and Deployment of Multiplayer Online Games, Vol. I
Author: 'No Bugs' Hare
language: en
Publisher: Development and Deployment of Multiplayer Games
Release Date: 2017-07
Trying to develop your own multiplayer online game can be overwhelming, especially as information on multiplayer specifics is very scarce. The nine-volume Development and Deployment of Multiplayer Games series is an attempt to summarize a body of knowledge that is known in the industry, but is rarely published, let alone published together. The series is highly praised by prominent representatives of the multiplayer gamedev industry. An "Early Praise" page within the book lists several testimonials by people from billion-dollar and/or AAA companies with job titles ranging from Managing Director and CTO to Backend Technical Director and Principal Software Engineer. Genres: From Social Games to MMOFPS, with Stock Exchanges In Between. Development and Deployment of Multiplayer Online Games aims to cover pretty much all the MOG genres - ranging from social games to MMORPGs and MMOFPS. While there are certainly differences between the genres, around 80% of the discussed concepts apply across the board. Level: Intermediate+. This series is not trying to teach very basics of the programming (and is not a book to copy-paste your MOG from). Rather, it is intended for those intermediate developers who want to progress into senior ones, and all the way up to CTOs and architects. In particular, there is no explanation of what event-driven programming is about, what the difference is between optimistic locking and pessimistic locking, why do you need a source control system, and so on. Instead, there will be discussions on how the concept of futures fits into event-driven programming, when the use of optimistic locking makes sense for games, and how to use source control in the presence of unmergeable files. This Volume: Vol. I Vol. I starts Part ARCH(itecture), and includes three Chapters. Chapter 1 discusses Game Design Document (GDD) - mostly concentrating on its multiplayer specifics of GDDs. Chapter 2 explores the all-important aspects of cheating - which is virtually non-existent in single-player games and games between friends, but plays an enormous role in multiplayer games; the resulting analysis leads to Authoritative Server architectures (note that discussion on implementing anti-cheating measures is much longer than it is possible to fit into Vol. I, and will take the whole Vol. VIII). The largest chapter of Vol. I, Chapter 3, is dedicated to typical multiplayer communication flows. Along the course of this discussion, it will cover lots of different topics, including such different things as Client-Side Prediction, Low-Latency Compressible State Sync, Lag Compensation and its dangers, and Inter-DB Async Transfer with Transactional Integrity