1 of 3
Download to read offline
Recommended
犖犖犢犖о権犖犖朽 11 犖ム険犖犖犖犖萎犖犖犖犢犖犖÷弦犖ム犖犖巌犢犖犖犖犖犢犖
犖犖犢犖о権犖犖朽 11 犖ム険犖犖犖犖萎犖犖犖犢犖犖÷弦犖ム犖犖巌犢犖犖犖犖犢犖犖.犖犖 犖犖巌権犖萎犖 犖犖迦牽犖萎犖犖
油
犖犖犢犖о権犖犖朽 11 犖ム険犖犖犖犖萎犖犖犖犢犖犖÷弦犖ム犖犖巌犢犖犖犖犖犢犖
Oliver Sola 7486
Oliver Sola 7486ecocity2008
油
The document discusses using life cycle assessment (LCA) as a tool for designing more sustainable cities. LCA can help address environmental problems by assessing the full life cycle impacts of city infrastructure and design. The document presents an LCA of natural gas distribution networks in neighborhoods with varying densities. Results show the environmental impact is four times higher in a low-density neighborhood compared to medium and high-density neighborhoods, mainly due to differences in network length. LCA is presented as an appropriate tool for guiding urban ecodesign and decision-making by providing a comprehensive view of environmental impacts.50120140504004
50120140504004IAEME Publication
油
- The document describes an intelligent fuzzy-based tsunami warning system that uses fuzzy logic to predict tsunamis based on various parameters.
- The system takes 5 inputs - earthquake magnitude, focal depth, volcanic eruption index, landslide, and deep ocean wave height. It uses these to output a tsunami alert level of rare, advisory, or warning.
- Membership functions and fuzzy rules are defined for the inputs and output. Simulations show the system can correctly predict the alert level based on given input parameter values, in line with historical data analysis.
![(Php basic 1 [犢犖犖÷犖犖о顕犖÷犖犢犖迦犖園犢犖犢])](https://cdn.slidesharecdn.com/ss_thumbnails/phpbasic1-120315020004-phpapp01-thumbnail.jpg?width=560&fit=bounds)
CSS 犖犖劇賢犖犖萎犖?
CSS 犖犖劇賢犖犖萎犖?Somsak Phusririt
油
犖犖犖萎犖∇犖犢犖犖犖 CSS 1. 犖犖迦牽犢犖犢 CSS 犢犖犖犖迦牽犖犖園犖犖項犢犖犖犖犖迦牽犢犖犖犖犖犖 犖犖萎犢犖о権犖ム犖犖迦牽犢犖犢犖犖迦県犖 HTML 犢犖犖犖迦牽犖犖犢犖犢犖犢犖犖犖犖迦牽犢犖о犖犢犖犖 犖犖迦犖犢 code 犖犖迦権犢犖犢犖犖犖犖迦牽 HTML 犢犖犖ム厳犖犢犖犖朽権犖犖犢犖о犢犖犖劇犖犖犖 犖犖迦犖犢犢犖犢犖迦犖犖犢犖迦権犖犖謹犖 犖犖迦牽犢犖犢犢犖犢犖犖犖犖迦牽犖犖迦犖犢犖犢犖迦権犢犖ム鍵犖犖о犢犖犢犖 2. 犢犖÷厳犢犖 code 犖犖迦権犢犖犢犖犖犖犖迦牽 HTML 犖ム犖ム 犖犖迦犖犢犖犖犖迦犢犖犖ム犢犖ム犖犖ム 犖犖謹犖犖迦硯犖犢犢犖犖ム犢犖犢犢犖犢犖 3. 犖犖迦検犖迦牽犖犖犖迦見犖犖犖犖項犢犖犖犖犖迦牽犢犖犖犖犖犖ム犖迦犖犖迦肩犖園犖 style sheet 犖犖伍犢犖犖朽権犖о犖園 犢犖犢犖÷元犖犖ム犖園犢犖犖犖犖迦牽 HTML 犖犖園犖犖犖犢犖 犖犖犖劇賢犖犖伍犖犖犢犖迦犖犢 犖犖迦犖犢犢犖о献犖迦犖犢犢犖犖犖犖劇賢犖犖犖園犖犖犖伍犖犖迦犖犢犖犢犖迦権 犢犖÷犖犢犖犖犢犖ム犖犖迦検犢犖犢犖犖朽 HTML tag 犖犢犖迦犢 犖犖園犖о犖園犖犢犖犖犖犖迦牽 4. 犖犖迦検犖迦牽犖犖犖о犖犖伍検犖犖迦牽犢犖犖犖犖犖ム犖犢犢犖犖÷厳犖犖犖犖園 犖犖犖劇賢犢犖犖ム犢犖犖朽権犖犖犖園 犢犖犢犢犖犖犖ム顕犖 Web Browser 5. 犖犖迦検犖迦牽犖犖犖迦見犖犖犖犖迦牽犢犖犖犖犖犖ム犖犖犖項犢犖犖犖犖朽犢犖犖÷顕犖萎犖園犖犖劇犖犖犖犖巌犖犢犖迦犢 犢犖÷犖о犖迦犖萎犖犢犖犖犖迦牽犢犖犖犖犖犖ム犖犖犖犢犖迦犖, 犖犖犖犖犖萎犖迦県犢犖÷厳犢犖犖犖園犖犖犖巌検犖犢, 犖犖犖÷厳犖犖犖劇賢 犖犖犖劇賢犖犖 PDA 犢犖犖∇犖朽犢犖犢犖犢犖犖劇犖犖犖迦犖犖朽権犖о犖園 6. 犖犖迦犖犢犢犖犢犖犢犖о犖犢犖犖犢犖犖朽犖÷元犖÷顕犖犖犖犖迦 犖犖園犖犖伍犖園犖犖迦牽犢犖犢 attribute 犖犖犖 HTML 犖犖犢犖犢犖犢犖犖犖犖迦牽犢犖о犖犢犖犖 犖犖園犖犖ム犖迦肩犖÷険犖∇犖ム犖 W3C 犢犖犖萎犖迦犖犢犢犖犖迦犖犢 CSS 犢犖犖 犖犖園犖犖園犖犖犖迦犢犖犖迦犖犢 CSS 犖犖園犢犖犖犖犖迦牽 HTML 犖犖犖犢犖犖 犖犢犖犖萎犖迦犖犢犢犖犢犖迦犖園犢犖о犖犢犖犖犖迦犖犖犖犢犢犖犖犖犖迦犖犢犖犢犖犖J query fundamentals
J query fundamentalsAttaporn Ninsuwan
油
This document is a table of contents and introduction for a book titled "jQuery Fundamentals" by Rebecca Murphey. The book covers jQuery basics, core concepts, events, effects, Ajax, plugins, and advanced topics. It includes over 50 code examples to demonstrate jQuery syntax and techniques. The book is available under a Creative Commons license and the source code is hosted on GitHub.Jquery enlightenment
Jquery enlightenmentAttaporn Ninsuwan
油
This document provides a preface and table of contents for a book on jQuery concepts. The preface explains that the book is intended to teach intermediate and advanced jQuery concepts through code examples. It highlights some stylistic approaches used in the book, such as emphasizing code over text explanations and using color coding. It also defines some key terms that will be used, and recommends reviewing the jQuery documentation and understanding how the text() method works before reading the book. The table of contents then outlines the book's 12 chapters and their respective sections, which cover topics like selecting, traversing, manipulating, events, plugins and more.
Br ainfocom94
Br ainfocom94Attaporn Ninsuwan
油
This document proposes techniques for embedding unique codewords in electronic documents to discourage illicit copying and distribution. It describes three coding methods - line-shift coding, word-shift coding, and feature coding - that alter document formatting or text elements in subtle, hard-to-detect ways. Experimental results show the line-shift coding method can reliably decode documents even after photocopying, enabling identification of the intended recipient. The techniques aim to make unauthorized distribution at least as difficult as obtaining documents legitimately from the publisher.Chapter 12 - Computer Forensics
Chapter 12 - Computer ForensicsAttaporn Ninsuwan
油
This document discusses the field of computer forensics. It defines computer forensics as the collection, preservation, and analysis of computer-related evidence. The goal is to provide solid legal evidence that can be admitted in court and understood by laypeople. Computer forensics is used to investigate various incidents including human behavior like fraud, physical events like hardware failures, and organizational issues like staff changes. It aims to determine the root cause of system disruptions and failures.Techniques for data hiding p
Techniques for data hiding pAttaporn Ninsuwan
油
This document discusses techniques for data hiding, which involves embedding additional data into digital media files like images, audio, or text. It describes several constraints on data hiding, such as the amount of data to hide, ensuring the data remains intact if the file is modified, and preventing unauthorized access to the hidden data. The document outlines traditional and novel data hiding techniques and evaluates them for applications like copyright protection, tamper-proofing, and adding supplemental data to files. It also discusses tradeoffs between hiding more data versus making the data more robust against modifications to the file.Stop badware infected_sites_report_062408
Stop badware infected_sites_report_062408Attaporn Ninsuwan
油
This document summarizes an analysis of over 200,000 websites engaged in badware behavior according to Google's Safe Browsing initiative. The analysis found that over half of infected sites were located in China, with the top three Chinese network blocks accounting for 68% of infections in that country. In contrast, infected sites in the US were more distributed. Compared to the previous year, the total number of infected sites increased, likely due to expanded scanning and increased malware distribution through websites.Steganography past-present-future 552
Steganography past-present-future 552Attaporn Ninsuwan
油
Steganography has been used for over 2500 years to hide secret messages. The paper explores steganography's history from ancient times through modern digital applications. It discusses early examples like Johannes Trithemius' steganographic treatise in the 15th century. Modern uses include microdots, digital images, audio, and digital watermarks for copyright protection. Terrorist groups may use steganography but there is no public evidence yet. Steganography continues to evolve with technology while attackers work to defeat new techniques.Ch03-Computer Security
Ch03-Computer SecurityAttaporn Ninsuwan
油
The document discusses various cryptographic techniques including symmetric and asymmetric encryption. Symmetric encryption uses the same key for encryption and decryption, while asymmetric encryption uses two different keys. The document then describes the Data Encryption Standard (DES) algorithm and its variants, including Triple DES. It also covers the Advanced Encryption Standard (AES) algorithm, its design principles, and modes of operation for block ciphers like ECB, CBC, CFB and OFB.Ch02-Computer Security
Ch02-Computer SecurityAttaporn Ninsuwan
油
This document discusses the topic of steganography, which is hiding secret messages within other harmless messages. It outlines different techniques for hiding messages in text, images, and audio files. For text, it describes line shift coding, word shift coding, and feature coding methods. For images, it explains least significant bit insertion and exploiting the limitations of the human visual system. For audio, it mentions low-bit encoding and other techniques like phase coding and spread spectrum. It also discusses steganalysis, which aims to detect and destroy hidden messages within files.Ch01-Computer Security
Ch01-Computer SecurityAttaporn Ninsuwan
油
This document discusses the need for computer security and provides an introduction to key concepts. It explains that security is necessary to protect vital information, provide authentication and access control, and ensure availability of resources. The document then outlines common security threats like firewall exploits, software bugs, and denial of service attacks. It also discusses basic security components of confidentiality, integrity, and availability as well as goals of preventing attacks, detecting violations, and enabling recovery.More Related Content
Similar to File foldername (11)
CSS 犖犖劇賢犖犖萎犖?
CSS 犖犖劇賢犖犖萎犖?Somsak Phusririt
油
犖犖犖萎犖∇犖犢犖犖犖 CSS 1. 犖犖迦牽犢犖犢 CSS 犢犖犖犖迦牽犖犖園犖犖項犢犖犖犖犖迦牽犢犖犖犖犖犖 犖犖萎犢犖о権犖ム犖犖迦牽犢犖犢犖犖迦県犖 HTML 犢犖犖犖迦牽犖犖犢犖犢犖犢犖犖犖犖迦牽犢犖о犖犢犖犖 犖犖迦犖犢 code 犖犖迦権犢犖犢犖犖犖犖迦牽 HTML 犢犖犖ム厳犖犢犖犖朽権犖犖犢犖о犢犖犖劇犖犖犖 犖犖迦犖犢犢犖犢犖迦犖犖犢犖迦権犖犖謹犖 犖犖迦牽犢犖犢犢犖犢犖犖犖犖迦牽犖犖迦犖犢犖犢犖迦権犢犖ム鍵犖犖о犢犖犢犖 2. 犢犖÷厳犢犖 code 犖犖迦権犢犖犢犖犖犖犖迦牽 HTML 犖ム犖ム 犖犖迦犖犢犖犖犖迦犢犖犖ム犢犖ム犖犖ム 犖犖謹犖犖迦硯犖犢犢犖犖ム犢犖犢犢犖犢犖 3. 犖犖迦検犖迦牽犖犖犖迦見犖犖犖犖項犢犖犖犖犖迦牽犢犖犖犖犖犖ム犖迦犖犖迦肩犖園犖 style sheet 犖犖伍犢犖犖朽権犖о犖園 犢犖犢犖÷元犖犖ム犖園犢犖犖犖犖迦牽 HTML 犖犖園犖犖犖犢犖 犖犖犖劇賢犖犖伍犖犖犢犖迦犖犢 犖犖迦犖犢犢犖о献犖迦犖犢犢犖犖犖犖劇賢犖犖犖園犖犖犖伍犖犖迦犖犢犖犢犖迦権 犢犖÷犖犢犖犖犢犖ム犖犖迦検犢犖犢犖犖朽 HTML tag 犖犢犖迦犢 犖犖園犖о犖園犖犢犖犖犖犖迦牽 4. 犖犖迦検犖迦牽犖犖犖о犖犖伍検犖犖迦牽犢犖犖犖犖犖ム犖犢犢犖犖÷厳犖犖犖犖園 犖犖犖劇賢犢犖犖ム犢犖犖朽権犖犖犖園 犢犖犢犢犖犖犖ム顕犖 Web Browser 5. 犖犖迦検犖迦牽犖犖犖迦見犖犖犖犖迦牽犢犖犖犖犖犖ム犖犖犖項犢犖犖犖犖朽犢犖犖÷顕犖萎犖園犖犖劇犖犖犖犖巌犖犢犖迦犢 犢犖÷犖о犖迦犖萎犖犢犖犖犖迦牽犢犖犖犖犖犖ム犖犖犖犢犖迦犖, 犖犖犖犖犖萎犖迦県犢犖÷厳犢犖犖犖園犖犖犖巌検犖犢, 犖犖犖÷厳犖犖犖劇賢 犖犖犖劇賢犖犖 PDA 犢犖犖∇犖朽犢犖犢犖犢犖犖劇犖犖犖迦犖犖朽権犖о犖園 6. 犖犖迦犖犢犢犖犢犖犢犖о犖犢犖犖犢犖犖朽犖÷元犖÷顕犖犖犖犖迦 犖犖園犖犖伍犖園犖犖迦牽犢犖犢 attribute 犖犖犖 HTML 犖犖犢犖犢犖犢犖犖犖犖迦牽犢犖о犖犢犖犖 犖犖園犖犖ム犖迦肩犖÷険犖∇犖ム犖 W3C 犢犖犖萎犖迦犖犢犢犖犖迦犖犢 CSS 犢犖犖 犖犖園犖犖園犖犖犖迦犢犖犖迦犖犢 CSS 犖犖園犢犖犖犖犖迦牽 HTML 犖犖犖犢犖犖 犖犢犖犖萎犖迦犖犢犢犖犢犖迦犖園犢犖о犖犢犖犖犖迦犖犖犖犢犢犖犖犖犖迦犖犢犖犢犖犖More from Attaporn Ninsuwan (20)
J query fundamentals
J query fundamentalsAttaporn Ninsuwan
油
This document is a table of contents and introduction for a book titled "jQuery Fundamentals" by Rebecca Murphey. The book covers jQuery basics, core concepts, events, effects, Ajax, plugins, and advanced topics. It includes over 50 code examples to demonstrate jQuery syntax and techniques. The book is available under a Creative Commons license and the source code is hosted on GitHub.Jquery enlightenment
Jquery enlightenmentAttaporn Ninsuwan
油
This document provides a preface and table of contents for a book on jQuery concepts. The preface explains that the book is intended to teach intermediate and advanced jQuery concepts through code examples. It highlights some stylistic approaches used in the book, such as emphasizing code over text explanations and using color coding. It also defines some key terms that will be used, and recommends reviewing the jQuery documentation and understanding how the text() method works before reading the book. The table of contents then outlines the book's 12 chapters and their respective sections, which cover topics like selecting, traversing, manipulating, events, plugins and more.Br ainfocom94
Br ainfocom94Attaporn Ninsuwan
油
This document proposes techniques for embedding unique codewords in electronic documents to discourage illicit copying and distribution. It describes three coding methods - line-shift coding, word-shift coding, and feature coding - that alter document formatting or text elements in subtle, hard-to-detect ways. Experimental results show the line-shift coding method can reliably decode documents even after photocopying, enabling identification of the intended recipient. The techniques aim to make unauthorized distribution at least as difficult as obtaining documents legitimately from the publisher.Chapter 12 - Computer Forensics
Chapter 12 - Computer ForensicsAttaporn Ninsuwan
油
This document discusses the field of computer forensics. It defines computer forensics as the collection, preservation, and analysis of computer-related evidence. The goal is to provide solid legal evidence that can be admitted in court and understood by laypeople. Computer forensics is used to investigate various incidents including human behavior like fraud, physical events like hardware failures, and organizational issues like staff changes. It aims to determine the root cause of system disruptions and failures.Techniques for data hiding p
Techniques for data hiding pAttaporn Ninsuwan
油
This document discusses techniques for data hiding, which involves embedding additional data into digital media files like images, audio, or text. It describes several constraints on data hiding, such as the amount of data to hide, ensuring the data remains intact if the file is modified, and preventing unauthorized access to the hidden data. The document outlines traditional and novel data hiding techniques and evaluates them for applications like copyright protection, tamper-proofing, and adding supplemental data to files. It also discusses tradeoffs between hiding more data versus making the data more robust against modifications to the file.Stop badware infected_sites_report_062408
Stop badware infected_sites_report_062408Attaporn Ninsuwan
油
This document summarizes an analysis of over 200,000 websites engaged in badware behavior according to Google's Safe Browsing initiative. The analysis found that over half of infected sites were located in China, with the top three Chinese network blocks accounting for 68% of infections in that country. In contrast, infected sites in the US were more distributed. Compared to the previous year, the total number of infected sites increased, likely due to expanded scanning and increased malware distribution through websites.Steganography past-present-future 552
Steganography past-present-future 552Attaporn Ninsuwan
油
Steganography has been used for over 2500 years to hide secret messages. The paper explores steganography's history from ancient times through modern digital applications. It discusses early examples like Johannes Trithemius' steganographic treatise in the 15th century. Modern uses include microdots, digital images, audio, and digital watermarks for copyright protection. Terrorist groups may use steganography but there is no public evidence yet. Steganography continues to evolve with technology while attackers work to defeat new techniques.Ch03-Computer Security
Ch03-Computer SecurityAttaporn Ninsuwan
油
The document discusses various cryptographic techniques including symmetric and asymmetric encryption. Symmetric encryption uses the same key for encryption and decryption, while asymmetric encryption uses two different keys. The document then describes the Data Encryption Standard (DES) algorithm and its variants, including Triple DES. It also covers the Advanced Encryption Standard (AES) algorithm, its design principles, and modes of operation for block ciphers like ECB, CBC, CFB and OFB.Ch02-Computer Security
Ch02-Computer SecurityAttaporn Ninsuwan
油
This document discusses the topic of steganography, which is hiding secret messages within other harmless messages. It outlines different techniques for hiding messages in text, images, and audio files. For text, it describes line shift coding, word shift coding, and feature coding methods. For images, it explains least significant bit insertion and exploiting the limitations of the human visual system. For audio, it mentions low-bit encoding and other techniques like phase coding and spread spectrum. It also discusses steganalysis, which aims to detect and destroy hidden messages within files.Ch01-Computer Security
Ch01-Computer SecurityAttaporn Ninsuwan
油
This document discusses the need for computer security and provides an introduction to key concepts. It explains that security is necessary to protect vital information, provide authentication and access control, and ensure availability of resources. The document then outlines common security threats like firewall exploits, software bugs, and denial of service attacks. It also discusses basic security components of confidentiality, integrity, and availability as well as goals of preventing attacks, detecting violations, and enabling recovery.Ch8-Computer Security
Ch8-Computer SecurityAttaporn Ninsuwan
油
The document discusses various types of malicious programs including buffer overflows, viruses, worms, Trojan horses, backdoors, and logic bombs. It describes how buffer overflows can corrupt the program stack and be exploited by attackers. It explains that viruses attach themselves to other programs and replicate, worms replicate across networks, and Trojan horses masquerade as legitimate programs. It also outlines different approaches for antivirus software including signature-based, heuristic, activity monitoring, and full-featured protection.Ch7-Computer Security
Ch7-Computer SecurityAttaporn Ninsuwan
油
This document discusses various topics relating to web security, including:
1) Different types of web pages like static, dynamic, and active pages and the technologies used to create them like JavaScript, Java, and CGI.
2) Security issues associated with technologies like ActiveX, Java applets, JavaScript, and cookies.
3) Protocols for secure communication like HTTPS, digital certificates, and single sign-on systems.
4) Methods for secure electronic commerce including SET and digital cash technologies.Ch6-Computer Security
Ch6-Computer SecurityAttaporn Ninsuwan
油
This document provides an overview of network security topics including attacks like diffing, sniffing, session hijacking and spoofing. It discusses protocols for secure communication including SSL, TLS and IPSec. SSL and TLS provide security at the transport layer by encrypting data between a client and server. IPSec provides security at the network layer for both transport and tunnel modes. Authentication Header and Encapsulating Security Payload are the two security protocols used in IPSec.Ch06b-Computer Security
Ch06b-Computer SecurityAttaporn Ninsuwan
油
This document provides an overview of network security topics including diffing, sniffing, session hijacking, spoofing, SSL, TLS, IPSec, and VPNs. It discusses how these attacks work and methods to protect against them, such as encryption. Network layer security protocols like IPSec are described, which uses authentication headers or encapsulating security payloads to provide security services to packets. Transport layer security protocols SSL and TLS are also summarized, including how they establish encrypted sessions between clients and servers.Ch5-Computer Security
Ch5-Computer SecurityAttaporn Ninsuwan
油
This document discusses various topics related to computer security authorization, including multilevel security models like Bell-LaPadula and Biba's model, covert channels, inference control, CAPTCHAs, firewalls, and intrusion detection systems. It also provides an overview of network layers like the network layer, transport layer, TCP, and UDP. The key models discussed are Bell-LaPadula for confidentiality and Biba's model for integrity. Covert channels, inference control, and intrusion detection systems are described as techniques for authorization and access control.Ch04-Computer Security
Ch04-Computer SecurityAttaporn Ninsuwan
油
This document discusses various methods of authentication, including message authentication, entity authentication, and digital signatures. It describes techniques such as hashing, message authentication codes (MACs), digital signatures using RSA, and challenge-response authentication. It also covers other authentication methods such as passwords, biometrics, and zero-knowledge proofs. The goal of authentication is to verify the identity of entities and ensure the integrity and authenticity of messages.Chapter5 - The Discrete-Time Fourier Transform
Chapter5 - The Discrete-Time Fourier TransformAttaporn Ninsuwan
油
This document discusses the discrete-time Fourier transform (DTFT). It begins by introducing the DTFT and how it can be used to represent aperiodic signals as the sum of complex exponentials. Several properties of the DTFT are then discussed, including linearity, time/frequency shifting, periodicity, and conjugate symmetry. Examples are provided to illustrate how to compute the DTFT of simple signals. The document also discusses how the DTFT can be used to represent periodic signals and impulse trains.Chapter4 - The Continuous-Time Fourier Transform
Chapter4 - The Continuous-Time Fourier TransformAttaporn Ninsuwan
油
This document discusses the continuous-time Fourier transform. It begins by developing the Fourier transform representation of aperiodic signals as the limit of Fourier series coefficients as the period increases. It then defines the Fourier transform pairs and discusses properties like convergence. Several examples of calculating the Fourier transform of common signals like exponentials, pulses and periodic signals are provided. Key concepts like the sinc function are also introduced.Chapter3 - Fourier Series Representation of Periodic Signals
Chapter3 - Fourier Series Representation of Periodic SignalsAttaporn Ninsuwan
油
This document discusses Fourier series representation of periodic signals. It introduces continuous-time periodic signals and their representation as a linear combination of harmonically related complex exponentials. The coefficients in the Fourier series representation can be determined by multiplying both sides of the representation by complex exponentials and integrating over one period. The key steps are: 1) multiplying both sides by e-j0t, 2) integrating both sides from 0 to T=2/0, and 3) using the fact that the integral equals T when k=n and 0 otherwise to obtain an expression for the coefficients an. Examples are provided to illustrate these concepts.File foldername
- 1. 犖犖迦牽犖犖園犖 犖犖劇犖 犢犖犖ム犖犖犖犢犢 犖ム鍵 犢犖犖ム
- 2. 犖犖迦牽犖犖園犖犖犖劇犖犢犖犖ム犖犖犖犢犢犖ム鍵犢犖犖ム 犖犖о牽犢犖犢犖 犖園硯 犖犖園 犖犖犢犖犢犖 犖犖園硯 犖犖巌検 犖犢犢 犖ム犖 a-z 犖犖犖劇賢 犖犖園硯 犢犖ム 0-9 犖犖犖劇賢 犖犖犖÷犖園 犖犢犖 犖÷犖о犖 犖о牽犖犖犢犖犖犖劇犖 犢犖犖ム犖 犖犖劇賢 犢犖犖ム犖犖犖犢 犖犢犖 犖犢犖 犖犖犖迦牽犖犖劇犖 犖犖о顕犖÷見犖÷顕犖∇犖犖犖犖橿顕 犖犖犖劇賢 犖犢犖 犖犖о顕犖÷犖犢犢 犖犢 Underscore ( _ 犖犖朽 犖ム犖 犖) Dash ( - 犖犖朽 犖犖ム顕犖) 犖犖園 犢犖犢犖 tip_tricks.html (犢犖÷犖 犖о牽 犢 犢犖犢 tip tricks.html) 犖犖犖劇賢 how_to_write.html 犖犖迦 犢犖犖朽権 犖犢犖犢犖 how2write.html 犖犢犖 犖萎肩犖劇賢 犖犖о顕犖÷見犖÷顕犖 犢 犢犖犢 犖犢犖 犖÷犖犢犢 犖犖犖劇犖 犖犖犖÷顕犖∇賢犖劇犖 犢犖犢犖犖犖劇犖 犢犖犖ム犖 犖犖劇賢 犢犖犖ム犖犖犖犢 犖∇犢犖о犖 Underscore 犢犖ム鍵 Dash 犖犖劇犖 犢犖犖ム犢 犖犖犖犖犖犢犖犖犖犖迦牽犖犖犢犖о犖 犢犖犖犢 犖÷険犖 犖犖
- 3. 犖犖迦検犖犖犖伍献 犖犖犖犢犖犖犖犖迦牽犖犖犢犖о犖 犖犖朽犢 犖犢犖 犖犖迦県犖 HTML 犖犖萎検犖 2 犖犖項 犢犖犖 犖犖劇賢 .htm 犢犖ム鍵 .html (犖犖о牽 犖犖犖犖犖迦検犖犖項 犖項 犖ム牽犖萎犖犖犖朽犢 犖犢犖 犖犖巌 犖迦牽犢犖犖犖劇犖 犖 犢 犢犖犖巌牽 犢犖 犢犖о賢犖犢犢 犖犢犖 犢犖犖犖犖迦牽犢犖о犖 犖о犖 犢犖犢 犖犖犖巌 犖迦牽 犢犖犢犖 犖迦検犖犖犖伍献 犢犖犢犖犢犖犖ム犢 犖犖巌犖 犖犢犖 ) 犖犢犖 犖÷顕犖犖犖犖迦犖犢犖 犖犢犖犖犢犖 犖橿顕 犖犖犖犢犖犢犢 犖犢犖 index.html 犢犖÷犖 犖о牽犢犖犢犖 犖園硯 犖犖園 犖犖犖犖園硯 犢犖ム犖 /犖犖園 犖犖犖犖園硯 犢犖犖犢 犖犖犖÷犖園 犢犖犖犖迦鍵犢犖犢犖犖犖劇犖 犖犖犖朽犢 犖犢犖 犖萎犖 Unix 犖犖 犖犖劇賢 犖о犖 犖÷元犖 犖о顕犖÷見犖÷顕犖∇犢犖 犖犖犖園 (犢犖犖о鹸犖 犢犖犖о犖 犖 犖犖о顕犖÷見犖÷顕犖∇犖犢犖 犖犖劇賢 犢犖犖朽権 犖о犖園 ) 犢犖犢犖 Index.html 犢 犖犖園 index.html 犖犖萎犖劇賢 犖о犖 犖÷元 2 犢犖犖ム犖 犖朽犢 犖犖犖犢犖 犖