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Panduan penulisan Penerbitan Buku Teks - PDPT

Panduan Penulisan Buku Panduan ini merupakan petunjuk penulisan buku pelajaran (ilmiah populer) yang digunakan untuk menentukan kelayakan naskah bagi penerbit. Panduan ini membahas pengertian buku pelajaran & diktat, tujuan penulisan buku pelajaran, isi buku pelajaran, sampul buku, bagian pembuka, bagian utama dan bagian penutup serta ketentuan jumlah halaman. Buku Pelajaran (Text book) & Diktat Buku pelajaran adalah bahan/materi pelajaran yang dituangkan secara tertulis dalam bentuk buku dan digunakan sebagai bahan pelajaran (sumber informasi) sebuah mata kuliah bagi mahasiswa dan pengajar susuai dengan kebutuhan lapangan/industry dan tuntutan perkembangan teknologi dan atau kurikulum. Diktat adalah catatan tertulis suatu bidang studi yang disiapkan oleh guru/dosen untuk mempermudah pengayaan materi pelajaran atau bidang studi yang dibahas dalam proses pembelajaran (Ilvandri, 2011). Diktat yang baik merupakan draft buku ajar yang belum diterbitkan. Tujuan penulisan buku pelajaran a. Menyediakan buku susuai dengan kebutuhan mahasiswa, institusi dan lapangan/ industry serta serta tuntutan perkembangan teknologi atau kurikulum. b. Mendorong penulis/dosen untuk berkreasi dan kreatif membagikan ilmunya kepada masyarakat. c. Mendorong penulis untuk meng-update ilmunya sesuai dengan kriteria tuntutan buku layak terbit mencakup subdstansi, bahasa dan potensi pasar. d. Mendukung penulis untuk menerbitkan buku bila belum terbit. Isi Buku Pelajaran Isi buku pelajaran berupa teori, konsep, formula atau aturan terkini dilengkapi dengan contoh-contoh masalah atau studi kasus serta solusinya. Isi buku harus orsinil dengan merujuk dari berbagai sumber. Informasi tepat, dapat dipercaya dan dipertanggungjawabkan kepada pembaca dan semua pihak terkait. Isi tersusun dengan baik atau dengan alur informasi yang mudah dipahami. Buku pelajaran dan diktat yang baik memenuhi tiga aspek pendidikan yaitu ilmu pengetahuan (knowledge), keterampilan (skills) dan sikap atau perilaku (attitude). Aspek tersebut seperti yang dinyatakan oleh UNESCO (1994) yaitu...

PDF (A4) - David Valentiate
by xuux 0 Comments favorite 9 Viewed Download 0 Times

David Valentiate me@davidv.ca http://davidv.ca (613) 720-9961 420 Gloucester Street, Ottawa Ontario Canada, K1R 7T7 Objective To develop web applications that connect people on the growing ocean of data. And to do this surrounded by an engaging team of professionals. Technical Skills PHP 5, Zend Framework, MVC, Apache, nginx, IIS, MySQL, SQLite, PostgreSQL, Javascript, jQuery, CSS, XHTML, HTML, Amazon Cloud Computing (EC2, EBS, S3), Rackspace Cloud Servers, Linux, Windows, IIS Experience Self Employed January 2007 – Present CoursePark.com, Learning Management Network contract, Bluedrop Performance Learning (20+ months) PHP 5, Zend Framework, MVC Design, PostgreSQL, RESTful Design, JS, jQuery, Amazon Cloud Computing, Linux, SVN, git ● Implemented Zend Framework's MVC design pattern in a complex application. ● Created resource oriented REST design for community forum with search and categories. ● Integration and extensive customization of a 3 rd party, locally hosted web service. ● Setup and managed Amazon EC2 servers and created EBS backup management scripts. ● Worked tightly with a client to create a customized industry social network. Resource Oriented Web Application Proof of Concept personal project (200+ hours) PHP 5.3, Zend Framework, SQLite, REST, JS, jQuery, git ● Working to enable rapid development of data rich web applications using Zend Framework in a resource oriented design. http://github.com/dvalentiate/REST-Example-App-for-Zend-Framework Confoo Conference Montreal, March 2010 (3 days) ● Focused on sessions devoted to building scalable web applications. ZendCon 2009 Conference San Jose, October 2009 (3 days) ● Focused on building REST based web applications and best practices with the Zend Framework. Redesigned Website Database for Super Channel contract with iStudio (0.75 month) MySQL, PHP ● Implemented a drop in replacement for a defective 3 rd party database design. ● Worked within the MVC Zend Framework. eLearning Product Porting developed for LRDG (6 months) XML, XSLT, CSS, Javascript, jQuery, XHTML ● Conversion of an existing multi-lingual language learning product from Authorware to XML. ● Used XSLT to render HTML that was cross browser compatible, separated content, structure, context and presentation mechanisms, was multi-lingual, and had Javascript and Flash interaction. Client Registration System contract with LRDG (2 months) PHP, CSS, Javascript, HTML, MySQL ● Created learner registration site for client organizations: http://www.lrdgonline.com/rcmp_grc/ ● Cross browser, email notification, multiple client organization customization, database storage...

Enterprise PHP on IBM i - Alan Seiden Consulting

Enterprise PHP on IBM i (for everyone) Alan Seiden – Strategic Business Systems aseiden@sbsusa.com Northeast User Group Conference April 8, 2009 About me Alan Seiden: aseiden@sbsusa.com PHP and Zend Framework Consultant Strategic Business Systems, Inc. Sole non-IBM contributor to Redbook: Zend Core for i5/OS Writer about PHP for IBM i community Mentor for teams learning Zend Framework Alan Seiden, Strategic Business Systems NEUGC Enterprise PHP on IBM i | 8-April-2009 | 2 About Strategic Business Systems • IBM partner, based in northern New Jersey (near NYC), since 1982 • IBM i (AS/400) software development and consulting  Concentration in food & beverage and automotive industries  We developed with thick client Windows (VB) in the ’90s  Web (LANSA, Net.Data) around ’98-’04 replaced thick clients • PHP for web since 2005 • Partnered with Zend, “the PHP company,” in 2008 Alan Seiden, Strategic Business Systems NEUGC Enterprise PHP on IBM i | 8-April-2009 | 3 PHP’s growth as a web development language 34% of the internet runs on PHP 37% growth in PHP developers PHP 4 Released PHP 5.0 ZF and PDT released, PHP 4 EOL announced Zend Framework & Eclipse project (PDT) announced; 25M...

Use SIFs and Flexibilities in CAESAR II® - Paulin Research Group

Using SIFs and Flexibilities in CAESAR II® Use SIFs and Flexibilities in CAESAR II® The following methods are recommended for pipe intersections when the stress intensification factors (SIFs) need to be considered per ASME B31.3 Appendix D Note 12. Simple and comprehensive methods are described below for using SIFs and flexibilities in a pipe stress analysis. Simple Method 1. Insert in-plane and out-plane SIFs for the branch element as shown below (next page). 2. Specify the general intersection type on any of the elements framing into the intersection. CAESAR II will provide header SIFs. 3. Model the intersection using three pipe elements. Do not enter stiffnesses and do not use any rigid elements to define the intersection. Notes: 1. Use the typical intersection model with three beam elements (not rigid elements) framing into the common intersection point. 2. The SIF should be specified on the intersection node of the branch element (node 10120 on the element 10110 to 10120 in the example below). 3. Specify the intersection type and any other data that is applicable in CAESAR II. CAESAR II will automatically calculate B31 SIFs for the header elements. 4. Always check the CAESAR stress reports to be sure that entered SIFs are used properly. (Input values for ii and io override the effective section modulus calculation. Stresses (even at intersections) are calculated using (i)(M/Z) when the SIF is entered. 5. CAESAR II will properly orient the SIFs providing all three elements that frame into the intersection are pipe elements. 6. Users can override CAESAR calculated header SIFs also. FESIF calculates SIFs for header elements. These SIFs are often considerably lower than Code calculated values when branch to header diameter ratio (d/D) is much less than 0.5. Copyright© 2008 - Paulin Research Group

Pipe Stress Analysis - CADWorx, CAESAR II & PV Elite: Insider Blog

Caesar II servatively, resulting in a lot of money being wasted. Since the calculation model is already built-up, this feature is worth using. It includes seismic load evaluation, forced vibration, hammer loads, natural frequency, response spectrum, time history analysis, slug flow and more. Isogen is a performant solution for the consequent automation of piping isometric drawing production and the de facto standard CAD system for drawing piping isometrics included in Caesar II. All the relevant data can easily be picked and placed on an isometric output. Company profiles can be used to deliver high quality outputs. With the Isogen wizard I-Configure, all parameters can be simply chosen from a list of options. A preview is used to shift all the data into place. Experienced users can also use the Project Manager. After this setup, isometric drawings can be generated for different projects in the same professional quality. A lot of the features of Caesar II improve results and help users find the best engineering. For instance, the Expansion Loop wizard generates the best possible loop for a given value. All the different options are calculated and the best is chosen for each specific case. The seismic wizard transforms the data provided into simple G loads. A lot of hanger producers made their data available for Caesar II and the user just has to select one item of this information to get the best results in this mode. There is no need to import further data from other sources. The same easy option can be chosen for expansion joints — just choose a company and the wizard inserts all the relevant components into the model. Line numbers...

INFINITI EX35 2008-2010
by groban 0 Comments favorite 14 Viewed Download 0 Times

INFINITI EX35 2008-2010 INTELLI-KEY Rev.: 20091211 Not included: 1x Fuse 15Amp XK09-PKN3 3x Diodes 1Amp 3x Relays Override OEM Transponder Immobilizer Via Data (No Key Required). Interfaces directly with the latest models in Nissan & Infinity ignition immobilizer systems to provide seemless, safe and secure system integration when adding an aftermarket remote starter. BCM 1 (-) (+) 12V Battery (Pin 1) White (+) 12V Battery (Passenger kick panel) BCM Diode 1Amp (-) Start 1 (Pin 132) Light Blue 86 Pins 34 and 56 at BCM for lock/unlock do not contain wires. 30 (-) Trunk (-) Ignition 2 (Pin 127) Yellow (-) Lock/Arm (Pin 56) Insert wire Diode 1Amp (+) Accesory 1 (Pin 83) Orange (-) Security LED (-) Unlock/Disarm (Pin 34) Insert wire (Double pulse) (+) Accesory 2 (Pin 90) Orange 86 87 DO NOT USE THE GROUND OUT WHILE RUNNING 85 30 (+) Ignition 1 (Pin 70) Red INPUTSecurity Light (connector side) 20 pin connector wire side view or (+) Ignition 2 87a OUTPUT Security Light (LED side) (-) Ignition 2 Only if remote starter does not have (-) ignition out Remote Starter (Pin 49) Green 85 87 87a (-) Trunk release (Pin 147) Gray Car must be disarmed before remote start to allow take over. or (+) Start 1 Only if remote starter does not have (-) starter out You can either insert lock/unlock wires directly from the remote starter or run wires into door and connect to Violet for lock and Yellow for unlock at window control switch. (-) Start 1 CAN High: Blue (PIN 79) to Tan/Black of CANMAX Yellow...

TK Submission For Conditional Approval Validated by EMA

MolMed S.p.A. (Milan:MLM) announces that the European Medicines Agency (EMA) has validated the submission of the Conditional Marketing Authorisation for TK, a novel proprietary investigational cell-gene therapy. The data review of the submitted dossier starts today.

The Best Path To Hard Disk Recovery

There are a number of ways to store data. You can store the files on hard drives, removable disks, DVDs or CDs, just to mention a few. However, contrary to the popular belief, no matter how these storage products might be, any electronic or mechanical device is subject to break down. No matter how new or old the device is, it can fail to function normally, and there's nothing you can do to avoid it.

Measurements and comparison of WiMAX radio coverage at 2.5 ...

The performance of co-located WiMAX transmitter sites operating at 2.5 and 3.5GHz are compared, based on coverage assessments. The study showed that the 2.5GHz performed marginally better than the 3.5GHz under the same RF conditions and clutter environments. In general, the 2.5GHz was found to provide slightly better coverage at the edge of the cell, with an average of 2dB less loss at 1km from the transmitter location. Comparisons of the path loss difference between these two frequencies with various empirical propagation models (COST-Hata, ECC-33, WINNER II-Suburban, SUI Flat) were made, and differences from 2.9 dB to 6.2 dB are reported from these models, which are much larger than those reported here (around 2 dB for outdoor). These differences are also dependent on the distance to the site. Indoor penetration loss was found to be around 1 dB. • • Impact on site configuration Impact of local clutter Section 2 of this paper goes through the data collection methodology applied during the measurement campaign. Section 3 provides the results of the comprehensive data set collected during the surveys. In section 4, we summarise the results and attempt to give an indication of what the results translate to in terms of network infrastructure requirement.

Boosting WiMAX indoor coverage - Huawei

How to Operate Boosting WiMAX indoor coverage Boosting WiMAX indoor coverage In the mobile telecom market where competition is fierce, optimum indoor coverage can help operators take the lead in the market and improve user experience. Therefore, indoor coverage grows in importance to operators. By Zheng Yuanyuan A key focus for operators A ccording to NTT DOCOMO’s statistics, indoor 3G traffic takes up 70% of the total; however, the indoor areas only take up 20% of all covered areas. Based on years of experience in planning and study of 3G data services, Huawei also concludes that 90% of the data traffic takes place indoors. High spectrum utilization and throughput are the prominent advantages of WiMAX 16e, and WiMAX has attracted global operators’ attention once it was proposed. Considering the nonline-of-sight features of WiMAX brought by high frequencies, most operators select the frequency band of 2-6GHz to realize wireless broadband access. However, higher frequencies mean more transmission loss of radio wave in open space, poorer ability to diffract or bend around obstacles, and greater penetration loss. These require that operators need to design appropriate intervals between base stations and frequency multiplexing before building WiMAX networks. Moreover, through optimization of antenna azimuths and downtilt at outdoor, radio signals can directly penetrate buildings to cover indoor spaces. Structural optimization is also required at later stages to further improve indoor coverage.

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