Ryan Stimson outlines a modern approach to playing fluid, creative hockey based on sound analytical research. He shows you, the coach, how to build a tactical framework from the ground up and illustrates how each aspect of the system links with each other. Part 1 details the overall philosophy behind team play, roster construction, and tactical decisions. "Should we play fast or slow? Which players should play together?" Part 2 takes a modern approach to hockey tactics, using years of quantitative research by Stimson and others determined to find more efficient and optimal ways of playing the game. You won't find a rigid system here, but a set of beliefs and ideology put on the ice that incorporates the highest levels of creativity, fluidity, and support. Finally in part Part 3, a narration of Stimson's coaching experience as he attempts to bring this style of play to life at the 14U level. What works? What doesn't? How does this new approach work when clashing with an old-school coach? Stimson reevaluates everything from names of positions to optimal routes in transition play. This book will appeal to any coach wanting to learn more about analytics, and to any analyst wanting to learn more about tactics. Stimson meets you in the middle and illustrates what can come out of union of the two: Total Hockey.

Hockey Plays and Strategies features a variety of plays, systems, and strategies for game play in the offensive, neutral, and defensive zones. Special situations such as the power play, penalty kill, and face-offs are also featured.

This is often considered the first book on computer programming. It was written for the EDSAC (Electronic Delay Storage Automatic Calculator) computer that began operation in 1949 as the world's first regularly operated stored program computer. The idea of a library of subroutines was developed for the EDSAC, and is described in this book. Maurice Wilkes lead the development of the EDSAC.

Learn to create furniture, bags, outdoor items, and more using duct tape and simple tools and materials, with no special engineering skills needed. Start with duct tape basics that will aid in assembly: Learn cutting and tearing methods and taping techniques (yes, there's more to it than slapping it down). Discover how to make sturdy duct tape sheets that can be cut and shaped. Using easily accessible tools and supplies like a utility knife and heavy-duty cardboard boxes, try your hand at making a desk and desk chair. Grab some foam and make a backpack, or create a custom hammock. Build a geodesic dome, and go truly epic with a giant pyramid catapult. Every project includes step-by-step instructions and clear diagrams and photos. Don't miss Lance Akiyama's tips and suggestions for supplies, project variations, and material substitutions. Follow the solid construction techniques and you'll ensure that these DIY projects will become favorite classroom activities and family projects. Among the projects are: A lightweight bed frame and full-size dresser with working drawers Outdoor pieces like a hammock and garden swing A heavy-duty toolbox with pockets galore, and a stylish two-color messenger bag Ballistics, including a slingshot A kayak! These projects are real, they work, and are super fun. Roll up your sleeves and let the engineering begin!

A hilarious look at the many uses of duct tape ranges from taping the gas pedal for cruise control to transforming sneakers into golf shoes by punching nails through duct tape and attaching them to the soles to saving energy by taping all switches in the off position. Original.