Scalable Vector Graphics

The XML-based specification for Scalable Vector Graphics (SVG), sponsored by the World Wide Web consortium, allows for compact and descriptive vector graphics for the Web. This paper describes a set of three tools for creating SVG, either from first principles ...

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The area of visualization has ,always been one of the ,most attractive sections of network management,technology. Successful management,tools must not only fulfill objective management needs but also be aestheticallyappealing. Consequently, the seemingly mundane task of presenting information to the user has become,almost a true art. The application proposed in this paper is a vehicle for the presentation of network ,management ,data using interactive graphs. By using ,the Scalable Vector Graphics markup ,language ,(SVG) [1] and Asynchronous ,Javascript and XML (AJAX) [2], it strives to aid the rapid development of visually impressive management applications that are accessible through the use of a ,web browser. These highly interactive and versatile applications can respond to user actions and present data which is organized into layers and is retrieved and refreshed on demand. ,The data of these ,layers is generated ,by network management,tools that plug in to the application thro...

The emergence of digitized land system has been carried out for years. This sector has been spotted as the leading factor in the corruption cases of Bangladesh. In this paper we have designed a framework that will add both transparency and efficiency to the current land management system. This paper presents a new modeling technique that represents data for the current land management system through a user-friendly and digitized map based system. We are proposing to scan the current paper based maps and convert the images into scalable vector graphics (svg) format into database. It allows nice visual presentation of maps and easy searching facility. User friendliness, data transparency and cost efficiency were the prime focus in designing the framework for the new Web-based Land Management System.

งานวิจัยนี้เป็นการศึกษาการพัฒนาภาษาไพธอน (Python) สำหรับวิเคราะห์, ออกแบบ และ เขียนแบบก่อสร้างชิ้นส่วนคานคอนกรีตเสริมเหล็ก โดยมีจุดมุ่งหมายในการใช้ภาษาไพธอนที่เป็นภาษารหัสเปิด เป็นภาษาสำหรับวิเคราะห์ และออกแบบ  แล้วสร้างรายละเอียดหน้าตัดคาน โดยอาศัยภาษาเอสวีจี (SVG) ในการแสดงผลลัพธ์ 
ผลจากการศึกษาพบว่าการพัฒนาชุดแพ็คเก็จภาษาไพธอน สำหรับใช้ในการวิเคราะห์, ออกแบบ และเขียนแบบรายละเอียดคานคอนกรีตเสริมเหล็ก สามารถแสดงผลลัพธ์เป็นแผนภาพแรงเฉือน และโมเมนต์ดัด และนำค่าที่ไปไปใช้งานโมดูลสำหรับออกแบบหน้าตัดคานด้วยวิธีกำลัง และใช้งานโมดูลส่วนช่วยเขียนรายละเอียดการเสริมเหล็กในหน้าตัดคาน

บทความนี้จะได้นําเสนอการใช้งาน SVG (Scalable Vector Graphics) ในงานเขียนแบบก่อสร้าง SVG เป็น XML ที่
ใช้แสดงภาพแบบสองม ิติ และ SVG ยังเป็นส่วนหนึ่งของมาตรฐาน HTML5 ที่ W3C รองรับ SVG มีลักษณะโครงสร้างที่
เข้าใจได้ง่าย แต่ยังมีการนํามาประยุกต์ใช้งานทางด้านวิศวกรรมโยธาไม่มากนัก ดังนั้นจึงได้ทําศึกษาการนํา SVG มา
ใช้ในการแสดงแบบก่อสร้าง ทีมงานวิจัยได้นําภาษา Python มาทดลองในการสร้างงานแบบก่อสร้าง ผลการศึกษาพบว ่า
SVG มีความเหมาะสมที่จะนํามาใช้งานแบบก่อสร้าง ไฟล ์ที่ได้รับมีขนาดไม่ใหญ่มาก และสามารถแสดงแบบก่อสร้าง
ผ่านทางเว็บเพจได้ และทีมงานวิจัยได้นํา SVG ใช้ในการพัฒนาระบบเว็บแอพพลิเคชันสําหรับสร้างแบบก่อสร้าง ด้วย
เทคโนโลยี AJAX

This document describes a methodology for automatic generation of sketch maps in SVG-
Tiny format in the "Generator type-sketch maps in SVG-Tiny format for mobile devices
applying profiles", identifies the technical characteristics of the mobile device that sends
the request to generate the map based on device characteristics.
The objective of this project is to provide services of contextual searches to locate points
of interest or service providers that are near the location of the user who make the
consultation.
The result of these consultations is a type sketch map in format tiny scalable vector graphics (SVG-Tiny), the service used for sending the request is performed via HTTP, the result of this request is sent to a file SVG-Tiny containing the sketch map showing the contextual search results through HTTP connections, the innovative part of this work is the adoption of methods to identify the profile of mobile device and based on their capacities is generated a map to the measure.

Introducing graphics applications and techniques
to the Web introduces technological challenges not present in
traditional graphics. The shortage of library tools to support Web graphics application development poses a particular problem, as well as, designing and maintaining Web applications. To investigate these problems i write this paper to look into modern technologies for modeling and designing the web which addresses the specific issues related to design and development of large-scale Web applications. Additionally i analyze plugins which focus on the design notations and visual languages that can be used for the realization of well-structured, usable and maintainable Web applications.

บทความนี้จะได้นำเสนอการใช้งาน SVG (Scalable Vector Graphics) ในงานเขียนแบบก่อสร้าง  ภาษา SVG เป็นภาษา XML ที่ใช้แสดงภาพแบบสองมิติ และ SVG ยังเป็นส่วนหนึ่งของมาตรฐานภาษา HTML5 ที่ W3C รองรับ  SVG มีลักษณะโครงสร้างที่เข้าใจได้ง่าย  แต่ยังมีการนำมาประยุกต์ใช้งานทางด้านวิศวกรรมโยธาไม่มากนัก ดังนั้นจึงได้ทำศึกษาการนำภาษา SVG มาใช้ในการแสดงแบบก่อสร้าง ผู้วิจัยได้นำภาษาจาวาสคริปท์มาทดลองในการสร้างงานแบบก่อสร้าง ผลการศึกษาพบว่าภาษาจาวาสคริปท์มีความเหมาะสมที่จะนำมาใช้งานแบบก่อสร้าง ไฟล์ที่ได้รับมีขนาดไม่ใหญ่มาก และสามารถแสดงแบบก่อสร้างผ่านทางเว็บเพจได้

Many of the multimedia researchers have focused on the issue of the retrieval of images using indexed image collections. A number of spatial data structures based on Minimum Bounding Rectangles (MBRs) have been developed. Previously, we presented ...

Modern data representation requires XML-based approach. One of the ways to represent any kind of graphical data in electronic form is to use Scalable Vector Graphics (SVG). So, XML and SVG are ideal means for the digital representation of national heritage. Moreover, for the powerful using of SVG one should learn a very complex syntax and related XML applications. In this paper the advantages and drawbacks of SVG, in processing of national heritage, are specified. Some examples about processing frescos and manuscripts are ...

This article proposes an artistic approach to increase and enrich the understanding of Julia Sets. This approach includes the mathematical, the playful, the artistic and the computational dimensions. It is argued that these four dimensions are not disjointed or dissociated despite general rejection by traditional academic communities and art critics communities. Also, some significant collections of Computational Art or Computer-Generated Mathematical Art are mentioned. Four artistic creations based on Julia Sets are presented as examples using the CFDG language. Finally, an informal application of the approach was carried out and artistic production of students are presented and discussed.

International Journal of Computer Science and Engineering Survey (IJCSES) is devoted to fields of Computer Science and Engineering surveys, tutorials and overviews. The IJCSES is a peer-reviewed, open access scientific journal published in electronic form as well as print form. The journal will publish research surveys, tutorials and expository overviews in computer science and engineering. Articles from supplementary fields are welcome, as long as they are relevant to computer science and engineering.

The area of visualization has always been one of the most attractive sections of network management technology. Successful management tools must not only fulfill objective management needs but also be aesthetically appealing. Consequently, the seemingly mundane task of presenting information to the user has become almost a true art. The application proposed in this paper is a vehicle for the presentation of network management data using interactive graphs. By using the Scalable Vector Graphics markup language (SVG) [1] and Asynchronous Javascript and XML (AJAX) [2], it strives to aid the rapid development of visually impressive management applications that are accessible through the use of a web browser. These highly interactive and versatile applications can respond to user actions and present data which is organized into layers and is retrieved and refreshed on demand. The data of these layers is generated by network management tools that plug in to the application through the use...

The objective of this paper is to show the way multiple source data like aerial photos, maps and descriptive information are combined and amalgamated to form an Internet or Intranet application. The visual outcome is a large scale, precise and detailed image/map displaying the interiors of buildings in a layered fashion, enabling the user to interact with the objects shown on it. Scalable Vector Graphics SVG is an XML language for the encoding/representation of two dimensional vector data, especially designed for integration with other web standards. SVG provides those basic structures, which are needed for map generation and overcomes the disadvantages inherent to bitmap images displaying spatial data. In the domain of spatial data, SVG constitutes a new powerful standard for visualization and has a great potential along with other XML encoding languages like Geographic Markup Language GML, Extensible Stylesheet Language Transformation – XSLT and Cascading Style Sheets – CSS for th...

Initial implementations of Middleware based on standards such as CORBA have concentrated on host and language transparency issues in order to demonstrate interoperability. They have largely adopted a No-Replication approach and have frequently neglected performance-at-scale issues. This has lead to a continuing deployment of either non-scalable Full-Replication approaches or ad-hoc messaging-based Middleware for applications such as Intelligent Networks, WWW applications and Collaborative Virtual Reality. These applications require millions of objects globally distributed across hundreds of hosts and demand a very high throughput of low-latency method invocations. Our main research aim is to be able to reason about the performance of such applications when using scalable Partial-Replication and Object-Oriented approaches to Middleware. Our approach is to capture in a simulator, the behaviour of distributed systems hardware and software components such as networks, hosts, multithreading, caching and RMI mechanisms. We then use the simulator to explore potential design and implemention choices. Our current simulator-driven design, called "MinORB", has been fully implemented and tested. MinORB supports scaleable high-performance by a combination of techniques including weak and application-specified consistency and partial replication using fine-grained proxy caching. Experimental results show that our work compares very favourably with other leading implementations such as OmniORB. Scalability is unparalleled with up to 1,000,000,000 objects per address space, a maximum throughput of 42,000 invocations per second and service times as low as 4 microseconds.

Mobile Ad Hoc Network (MANET) is a very dynamic and infrastructure-less ad hoc network. The actual network size depends on the application and the protocols developed for the routing for this kind of networks should be scalable. MANET is a resource limited network and therefore the developed routing algorithm for packet transmission should be power and bandwidth efficient. These kinds of dynamic networks should operate with minimal management overhead. The management functionality of the network increases with number of nodes and reduces the performance of the network. Here, in this paper, we have designed all identical nodes in the cluster except the cluster head and this criterion reduces the management burden on the network. Graph theoretic routing algorithm is used to develop route for packet transmission by using the minimum resources. In this paper, we developed routing algorithm for cluster based MANET and finds a path from source to destination using minimum cumulative degree path. Our simulation results show that this routing algorithm provide efficient routing path with the increasing number of nodes and uses multi-hop connectivity for intra-cluster to utilize minimum power for packet transmission irrespective of number of nodes in the network.