This excellent book breaks down & analyzes in detail the strengths & weaknesses of each system, where space is created & the defensive weaknesses of each system that can be exploited. Sliding defenses are also examined. Find the right information for your team & learn how to attack & penetrate. OUTSTANDING.

Monte Carlo anecdotes and systems of play

Build a successful team around the strengths of your players! In Soccer Systems and Strategies, two coaches of the Danish national team provide a practical guide to implementing the world's top styles of play into your game plan. They present soccer's four primary systems of play--defined by the number of players at each position and their alignment on the field--and then break down the different strategies, tactics, and styles of play that can be used within these systems. First, learn the basics of the four primary systems of play: the 4-3-3, the 4-4-2, the 3-5-2, and the 3-4-3. Second, choose a style of play that can be used within some or all of these systems. These include different attacking styles, various defensive styles, and styles that are characteristic of international soccer powers, including the Latin, British, Norwegian, South American, and African styles of play. After you determine the optimal system and style for your team, you learn how to counter opponents' tactics and how to teach your system, style, and tactics through practice instruction and drills. Detailed diagrams and plans of action for implementing the systems are included, along with insights on how to make adjustments during the game. Top coaches throughout the world have proven that adapting your system to match your players' strengths and your opponents' weaknesses is the key to developing teams that are competitive year in and year out. With Soccer Systems and Strategies, you have all the information you need to implement the ideal system for your team.

AN INSTANT NEW YORK TIMES BESTSELLER • A REESE'S BOOK CLUB PICK Tired, stressed, and in need of more help from your partner? Imagine running your household (and life!) in a new way... It started with the Sh*t I Do List. Tired of being the “shefault” parent responsible for all aspects of her busy household, Eve Rodsky counted up all the unpaid, invisible work she was doing for her family—and then sent that list to her husband, asking for things to change. His response was...underwhelming. Rodsky realized that simply identifying the issue of unequal labor on the home front wasn't enough: She needed a solution to this universal problem. Her sanity, identity, career, and marriage depended on it. The result is Fair Play: a time- and anxiety-saving system that offers couples a completely new way to divvy up domestic responsibilities. Rodsky interviewed more than five hundred men and women from all walks of life to figure out what the invisible work in a family actually entails and how to get it all done efficiently. With 4 easy-to-follow rules, 100 household tasks, and a series of conversation starters for you and your partner, Fair Play helps you prioritize what's important to your family and who should take the lead on every chore, from laundry to homework to dinner. “Winning” this game means rebalancing your home life, reigniting your relationship with your significant other, and reclaiming your Unicorn Space—the time to develop the skills and passions that keep you interested and interesting. Stop drowning in to-dos and lose some of that invisible workload that's pulling you down. Are you ready to try Fair Play? Let's deal you in.

An impassioned look at games and game design that offers the most ambitious framework for understanding them to date. As pop culture, games are as important as film or television—but game design has yet to develop a theoretical framework or critical vocabulary. In Rules of Play Katie Salen and Eric Zimmerman present a much-needed primer for this emerging field. They offer a unified model for looking at all kinds of games, from board games and sports to computer and video games. As active participants in game culture, the authors have written Rules of Play as a catalyst for innovation, filled with new concepts, strategies, and methodologies for creating and understanding games. Building an aesthetics of interactive systems, Salen and Zimmerman define core concepts like "play," "design," and "interactivity." They look at games through a series of eighteen "game design schemas," or conceptual frameworks, including games as systems of emergence and information, as contexts for social play, as a storytelling medium, and as sites of cultural resistance. Written for game scholars, game developers, and interactive designers, Rules of Play is a textbook, reference book, and theoretical guide. It is the first comprehensive attempt to establish a solid theoretical framework for the emerging discipline of game design.

Explains how companies must pinpoint business strategies to a few critically important choices, identifying common blunders while outlining simple exercises and questions that can guide day-to-day and long-term decisions.

In the networked control of interconnected systems, the communication network is primarily used for the exchange of measurements amongst the control stations. Plug-and-play control extends the usage of this network towards the exchange of models with the aim to automatically design control stations at runtime. Therefore, every subsystem is equipped with a design agent that initially knows only the model of its subsystem. To design a control station by a design agent, first, a suitable model of the subsystem that interacts with other subsystems has to be set up. Second, local design conditions have to be found that guarantee the adherence of the global control aim. If the designed control station is finally plugged into the control equipment, the overall closed-loop system plays as desired. The focus of this thesis is to enable the design agent to accomplish the controller design. Therefore, three approaches are proposed which focus on the accuracy of the model that is used for the design with respect to the achievable overall closed-loop performance. The main result is a novel concept for the self-organised controller design by means of design agents. This concept is applied to achieve fault tolerance and to integrate new subsystems. The proposed methods are tested and evaluated through simulations and experiments on a thermofluid process and a multizone furnace.