Patterns are found in math, reading, science, music, art, dance, and poetry—and in the world all around us. They are also found in this delightful book written by educator Trudy Harris. Children will love the humor and predictability of this story, and teachers and parents alike will appreciate the pattern hunt that will send kids back into the book looking for more patterns again and again.

Illustrations and rhyming text describe various patterns depicted by different fish. Includes related activities.

Bug Patterns in Java presents a methodology for diagnosing and debugging computer programs. The act of debugging will be presented as an ideal application of the scientific method. Skill in this area is entirely independent of other programming skills, such as designing for extensibility and reuse. Nevertheless, it is seldom taught explicitly. Eric Allen lays out a theory of debugging, and how it relates to the rest of the development cycle. In particular, he stresses the critical role of unit testing in effective debugging. At the same time, he argues that testing and debugging, while often conflated, are properly considered to be distinct tasks. Upon laying this groundwork, Allen then discusses various "bug patterns" (recurring relationships between signaled errors and underlying bugs in a program) that occur frequently in computer programs. For each pattern, the book discusses how to identify them, how to treat them, and how to prevent them. Table of Contents Agile Methods in a Chaotic Environment Bugs, Specifications, and Implementations Debugging and the Development Process Debugging and the Testing Process The Scientific Method of Debugging About the Bug Patterns The Rogue Tile Null Pointers Everywhere! The Dangling Composite The Null Flag The Double Descent The Liar View Saboteur Data The Broken Dispatch The Impostor Type The Split Cleaner The Fictitious Implementation The Orphaned Thread The Run-On Initialization Platform-Dependent Patterns A Diagnostic Checklist Design Patterns for Debugging References

Hello bug lovers and crochet adventurers! Grab your research equipment (magnifying glass, flask of tea, crochet hook, scissors and yarn) and follow us into a world full of magic and science, a microcosm of tiny creatures and big dreams! In this book you will find not only a charming selection of crochet patterns to create scrabbling beetles, beautiful bugs and fluttering butterfly crochet amigurumi, but also a wonderful story to read out loud and ponder on: a tale about growing up; accepting change and the power of dreams. Watch tiny creatures hatching from their eggs, look on as they munch through a green world, and be astonished at their marvelous transformations when they finally slip out of their cocoons. The wings and hats are interchangeable so you can use the patterns in this book to create new outfits for your little insect friends. Give your caterpillar a new set of wings for every day of the week, or cover your beetle in the most colourful wing suits. Be inspired by nature to make creatures of your own creation. It's a great little world full of possibilities. We wish you lots of fun on your journey of discovery and learning!

"Simple text and color photographs introduce different kinds of animal patterns"--Provided by publisher.

As children acquire arithmetic skills, they often develop 'bugs'--small, local misconceptions that cause systematic errors. Mind Bugs combines a novel cognitive simulation process with careful hypothesis testing to explore how mathematics students acquire procedural skills in instructional settings, focusing in particular on these procedural misconceptions and what they reveal about the learning process.

Lesson plans ideas and activities about bugs designed for use with children at the early childhood level.

Engaging Preschoolers in Mathematics is a guide for teachers and childcare professionals working at the Pre-K level that focuses on engagement with the process standards written by the National Council of Teachers of Mathematics. You will learn how to support young children mathematically, use developmentally appropriate mathematical language, and integrate learning activities into your classroom routines that support mathematical content standards. Examples of literacy activities that connect with math are provided throughout the book, as well as learning activities that extend beyond the classroom.

Let children experience the learning power of play! Let’s Play is a handbook full of child-led, open-ended learning adventures. The 39 fresh, fun, and budget-friendly activities (plus more than 225 play variations) are packed with learning that helps children develop important motor, cognitive, language, and social skills. These activity starters were all tested by a slew of early childhood professionals and approved by the children they work with. Building on the early learning principles presented in the author team’s first book together, Let Them Play: An Early Learning (Un)Curriculum, they also support your transition to a play-based, child-led (un)curriculum. Jeff A. Johnson has more than twenty years of early childhood experience as a former child care center director and current family child care business owner. He is a popular keynote speaker, trainer, and author of six books. Denita Dinger has been a child care provider for more than ten years and is a frequent speaker at early childhood conferences, focusing on the topics of hands-on and play-based learning. This is her second book.

This four volume set LNCS 9528, 9529, 9530 and 9531 constitutes the refereed proceedings of the 15th International Conference on Algorithms and Architectures for Parallel Processing, ICA3PP 2015, held in Zhangjiajie, China, in November 2015. The 219 revised full papers presented together with 77 workshop papers in these four volumes were carefully reviewed and selected from 807 submissions (602 full papers and 205 workshop papers). The first volume comprises the following topics: parallel and distributed architectures; distributed and network-based computing and internet of things and cyber-physical-social computing. The second volume comprises topics such as big data and its applications and parallel and distributed algorithms. The topics of the third volume are: applications of parallel and distributed computing and service dependability and security in distributed and parallel systems. The covered topics of the fourth volume are: software systems and programming models and performance modeling and evaluation.