How I Learned to Snap


Book Description

With bold Southern humor, journalist and performer Kirk Read takes readers on a guided tour of his precocious and courageous adolescence. Recalling his years as an openly gay high school student, Read describes how he navigated the hallways with his sense of humor and dignity intact. He fondly recalls his initiations into sex, drugs, and rock 'n' roll, as well as his "shy as neon" acts of rabble rousing during high school. How I Learned to Snap is a refreshingly victim-free story in which queer teenagers are creative, resilient, and ultimately heroic.




Snap


Book Description

From business meetings to social events to first dates to job interviews, we all encounter new people every day. Our ability to read body cues and convey the right first impression drives the success and quality of our personal and professional lives. Body language expert Patti Wood, a sought-after consultant and speaker to Fortune 500 companies, helps businesses and individuals stand out, create profitable relationships, and thrive in competitive circumstances. Now she brings that knowledge to our daily lives, offering practical and proven guidance on accurately interpreting body cues and creating impressions both in person and digitally. In Snap, you’ll learn how to: * Use your voice and body language to convey confidence and charisma, authenticity and authority * Immediately discern people’s hidden agendas * Make the best impressions via email, phone, video conferencing, and social networks * Convey and interpret signals of likability, power, credibility, and attractiveness * Use nonverbal tools to spot true integrity or recognize charming frauds * Attract the best matches in business and romantic partners * Recognize how you really look to others




Snip Snap!


Book Description

snip snap! SNIP SNAP! SNIP SNAP! What's that? And what will the children do once they find out?




Why We Snap


Book Description

The startling new science behind sudden acts of violence and the nine triggers this groundbreaking researcher has uncovered We all have a rage circuit we can’t fully control once it is engaged as R. Douglas Fields, PhD, reveals in this essential book for our time. The daily headlines are filled with examples of otherwise rational people with no history of violence or mental illness suddenly snapping in a domestic dispute, an altercation with police, or road rage attack. We all wish to believe that we are in control of our actions, but the fact is, in certain circumstances we are not. The sad truth is that the right trigger in the right circumstance can unleash a fit of rage in almost anyone. But there is a twist: Essentially the same pathway in the brain that can result in a violent outburst can also enable us to act heroically and altruistically before our conscious brain knows what we are doing. Think of the stranger who dives into a frigid winter lake to save a drowning child. Dr. Fields is an internationally recognized neurobiologist and authority on the brain and the cellular mechanisms of memory. He has spent years trying to understand the biological basis of rage and anomalous violence, and he has concluded that our culture’s understanding of the problem is based on an erroneous assumption: that rage attacks are the product of morally or mentally defective individuals, rather than a capacity that we all possess. Fields shows that violent behavior is the result of the clash between our evolutionary hardwiring and triggers in our contemporary world. Our personal space is more crowded than ever, we get less sleep, and we just aren't as fit as our ancestors. We need to understand how the hardwiring works and how to recognize the nine triggers. With a totally new perspective, engaging narrative, and practical advice, Why We Snap uncovers the biological roots of the rage response and how we can protect ourselves—and others.




Snap!


Book Description

Evan uses his imagination and a few crayons to create new and exciting art.




Snap!


Book Description

Hello Reader! Science.




Handbook on Neural Information Processing


Book Description

This handbook presents some of the most recent topics in neural information processing, covering both theoretical concepts and practical applications. The contributions include: Deep architectures Recurrent, recursive, and graph neural networks Cellular neural networks Bayesian networks Approximation capabilities of neural networks Semi-supervised learning Statistical relational learning Kernel methods for structured data Multiple classifier systems Self organisation and modal learning Applications to content-based image retrieval, text mining in large document collections, and bioinformatics This book is thought particularly for graduate students, researchers and practitioners, willing to deepen their knowledge on more advanced connectionist models and related learning paradigms.




Learn Form-Z for 5.0 for Architecture


Book Description

An essential users guide to architectural 3D modelling and rendering in form Z Render Zone.




A Step-by Step Learning Guide for Older Retarded Children


Book Description

Ce document s'adresse aux parents et aux professeurs. Les quelques 265 activités que constituent ce guide sont applicables individuellement en classe ou à la maison et certaines peuvent s'appliquer à des petits groupes.




Engineering Applications of Neural Networks


Book Description

A cursory glance at the table of contents of EANN 2009 reveals the am- ing range of neural network and related applications. A random but revealing sample includes: reducing urban concentration, entropy topography in epil- tic electroencephalography, phytoplanktonic species recognition, revealing the structure of childhood abdominal pain data, robot control, discriminating angry and happy facial expressions, ?ood forecasting, and assessing credit worthiness. The diverse nature of applications demonstrates the vitality of neural comp- ing and related soft computing approaches, and their relevance to many key contemporary technological challenges. It also illustrates the value of EANN in bringing together a broad spectrum of delegates from across the world to learn from each other’s related methods. Variations and extensions of many methods are well represented in the proceedings, ranging from support vector machines, fuzzy reasoning, and Bayesian methods to snap-drift and spiking neurons. This year EANN accepted approximately 40% of submitted papers for fu- length presentation at the conference. All members of the Program Committee were asked to participate in the reviewing process. The standard of submissions was high, according to the reviewers, who did an excellent job. The Program and Organizing Committees thank them. Approximately 20% of submitted - pers will be chosen, the best according to the reviews, to be extended and - viewedagainfor inclusionin a specialissueofthe journalNeural Computing and Applications. We hope that these proceedings will help to stimulate further research and development of new applications and modes of neural computing.