JavaScript Strategy 的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列推薦必買和特價產品懶人包

Pro HTML5 Games: Learn to Build Your Own Games Using HTML5 and Javascript

為了解決JavaScript Strategy 的問題，作者Shankar, Aditya Ravi 這樣論述：

Build your next game on a bigger scale with Pro HTML5 Games. This essential book teaches you to master advanced game programming in HTML5. You'll learn techniques that you can transfer to any area of HTML5 game development to make your own professional HTML5 games.Led by an expert game programmer, y

ou'll build two complete games in HTML5: a strategy puzzle game based on the Box2d physics engine and in the style of Angry Birds and a real-time strategy (RTS) game complete with units, buildings, path-finding, artificial intelligence, and multiplayer support. This new and fully updated second edit

ion now includes chapters on mobile game development and an essential game developer's toolkit. Understand how to develop complex, bolder games and become an HTML5 games pro using Pro HTML5 Games today. What You'll LearnCreate realistic physics in your game by incorporating the Box2d physics engineD

esign large worlds with lots of characters and let users interact with themUse sprite sheets, panning, parallax scrolling, and sound effects to build a more polished gameIncorporate pathfinding and steering to help characters navigate through your worldCreate challenging levels with intelligent enem

ies by using decision trees, state machines, and scripted eventsAdd multiplayer in your games using Node.js and the WebSocket API Aditya Ravi Shankar started programming in 1993 when he was first introduced to the world of computers. With no access to the Internet or online tutorials at the time,

he wrote his first game in GW-BASIC by painstakingly retyping code from a book he found at the local library.After graduating from the Indian Institute of Technology Madras in 2001, he spent nearly a decade working as a software consultant, developing trading and analytics systems for investment ban

ks and large Fortune 100 companies, before eventually leaving his corporate life behind so he could focus on doing what he loved.A self-confessed technology geek, he has spent the time since then working on his own projects and experimenting with every new language and technology that he could, incl

uding of course HTML5. During this time he became well known for singlehandedly re-creating the famous RTS game Command and Conquer, as well as Commandos: Behind Enemy Lines entirely in HTML5.Apart from programming, Aditya is passionate about billiards, salsa dancing, fitness and personal developmen

t. He maintains a personal website where he writes articles on game programming, personal development, and billiards, as well as shares his popular game demos.When he is not busy writing or working on his own projects, Aditya does consulting work with companies to help them launch new software produ

cts and games.

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基於運行環境事件之程式行為萃取及其應用

為了解決JavaScript Strategy 的問題，作者李泓暐 這樣論述：

由於電腦科技逐漸在各處都可見其身影和日益複雜的電腦系統，了解那些在電腦系統中的程式行為無可避免地成為一個重要的議題。鑒於在沒有程式輸入下僅靠程式原始碼來分析程式是有困難的，又或者靠程式機器碼，但即使是一個簡單程式，其機器碼也相當複雜而難以分析，本篇論文轉而藉由觀測那些在程序(運行中的程式)所觸發的事件來分析程式行為。雖然那些事件自然地蘊含了許多關於該程式的資訊，但相對的，種類繁多的事件語意和格式仰賴於執行環境，若要有較好的偵測效率或效果，將使得觀測或分析時期的優化需要大量的專家知識。除此之外，一次大量的事件或是快速的事件生成速率(尤其是在觀測低階事件)皆會限制其線上應用。本篇論文將提出兩個程

式行為模型涵蓋了三種不同面向的程式行為，這些行為在現今環境都有非常廣泛的應用。流域模型(Watershed model)針對程式計算量和並行性，而輪廓模型(Profile model)針對程式功能性，而且這些模型的輸入能夠非常簡單地從真實系統事件中進行對應，不需要大量專家知識以及完整的事件語意。為了證明這些模型的實務價值，本篇論文實作了兩個雛型系統分別基於其中一個模型在效能分析和安全應用上，並且進行充分地評估。

Cybersecurity 101: What You Absolutely Must Know!: Learn JavaScript Threat Basics, USB Attacks, Easy Steps to Strong Cybersecuri

為了解決JavaScript Strategy 的問題，作者Scott, James 這樣論述：

Right now you are in a battle to protect yourself and your family from hackers and there is no white knight on horseback galloping to your rescue. Most of the so called 'experts' in the yellow pages are upstarts who, in most cases, know just as much as you about the problem but compensate by using v

irus scan programs that offer the illusion of expertise. Most computers have boilerplate antivirus and perhaps some sort of firewall but this is hardly enough to thwart malicious hackers from breaching your system. The weakest link in cybersecurity is the human factor. You'll get an email that looks

like it's from your boss or child's school, you'll click the link and in microseconds your computer is contaminated with a virus that incapacitates your PC and you realize you've just been Pwned Not all hackers are bad but those who have malicious intent are typically categorized as script kiddies

, hacktivists, mercenaries or state sponsored. Each group carries with it a different motivation, target to breach and data it seeks to exfiltrate. Script kiddies will typically wreak sporadic techno-chaos using cut and paste scripting methods from content they find on deep web hacker forums. Hackti

vists usually target organizations of affiliates who are aligned with other organizations and affiliates that this category of hacker-activists deem ethically or economically corrupt or sided with the wrong side of group ideology. Mercenary hackers will typically be part of a criminal enterprise who

seeks financial gain for their activity and can work for crime syndicates or state sponsors. And finally state sponsored hackers will work for a government and target specific organizations and data for espionage and political motivation. These organizations, though diverse in technological capabil

ity and motivation are always quick to prey on the ill-prepared and vulnerable and in many cases will pass over those with solid cybersecurity hygiene for easier targets. Solid cyber security hygiene consists of a multipronged strategy. Through the cyber-knowledge baseline you'll acquire from readin

g this two volume series, you'll be able to create a virtual labyrinth fortress around you, your family and business. The more difficult you make it for malicious hackers to invade your space; the less likely you are to be hacked. The intention of this series is to minimize the tech jargon that typi

cally inhibits one's ability to intellectually digest the topic of cybersecurity and replace it with short, easy to read, simple to digest 'how-to' chapters. This book series has been authored to intentionally highlight the basics that are most relevant in the current evolutionary condition of cyber

security in order to have the most impact on the real life vulnerabilities faced by the reader. You will 'Quickly' learn how to discover potential insider cyber threats in your workplace, how to thwart cloud computing threats, dealing with advanced persistent threats, how to respond to Botnet attack

s, protecting against mobile device and wireless network attacks and much more. The knowledge you'll gain from this book series will help you protect your PC and data from hackers while simultaneously defining tech language that will act as instructional building blocks in these rapidly evolving cyb

er-times.

結合教育資料探勘與動態關聯式概念圖以分析學生的認知負荷與學習成效

為了解決JavaScript Strategy 的問題，作者鄭育評 這樣論述：

教育資料探勘已經被應用於不同的教育資料集以解決在教育現場上的問題。然而，在過去的研究中，本研究發現沒有相關研究探討受測者在真實環境的專注力與不同認知負荷之間的關聯性。另一方面，目前的概念圖皆為教師手動建構，且概念圖無法隨著課程或單元的更新以自動化即時動態的生成。因此，本研究使用教育資料探勘以探討資料分析(實驗1)與技術應用(實驗2)於認知負荷之影響。在實驗1，本研究利用教育資料探勘之關聯法則探勘以探討受測者在不同的真實環境下其專注力與認知負荷之間的關聯性。在實驗2，本研究利用教育資料探勘與文字探勘以技術應用的方式開發結合動態關聯式概念圖的網路文章檢索代理人。根據實驗1的結果，超出負荷的受測者

無法在整體的實驗活動保持長時間的專注力。高負荷的受測者在實驗活動的初期就有極高的機率呈現不專注的狀態。中負荷的受測者可以在整體的實驗活動中保持高連續專注的狀態。低負荷的受測者在實驗活動的初期皆會出現平均專注值低於專注基準值的情形。在實驗2中，根據子實驗1的結果得知實驗組使用結合動態關聯式概念圖的網路文章檢索代理人的學習成效顯著高於控制組使用Google搜尋引擎，且實驗組的認知負荷顯著低於控制組。此外，學生在使用本研究所提出的系統皆有良好的科技接受程度。另一方面，根據子實驗2的結果得知學生在第二階段使用結合動態關聯式概念圖的網路文章檢索代理人的學習進步顯著高於學生在第一階段使用Google搜尋引

擎。有鑒於此，本研究利用教育資料探勘以分析專注力與不同認知負荷層級之間的關聯規則，且結合動態關聯式概念圖的網路文章檢索代理人不會造成學生過高的認知負荷。因此，未來的相關研究即可透過本研究所提出的方法有效地根據受測者的專注值變化以推估其認知負荷，也能透過開發系統以減輕學生的認知負荷。