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Abstrak :
This book gives a general picture of research-driven activities related to location and map-based services. The interdisciplinary character of the topic leads to a variety of contributions with backgrounds from academia to business and from computer science to geodesy. While cartography is aiming at efficient communication of spatial information, the development and availability of technologies like mobile networking, mobile devices or short-range sensors lead to interesting new possibilities of achieving this aim. By trying to make use of the available technologies, a variety of related disciplines looks specifically at user-centered and context-aware system development, especially in wayfinding and navigation systems.

Abstrak :
ABSTRAK
Location based service merupakan salah satu layanan tambah yang paling banyak digunakan saat ini. Dengan menggunakan informasi lokasi maka operator bisa menawarkan berbagai layanan yang lebih personal kepada pelanggannya. Layanan LBS Telkomsel telah diluncurkan pada tahun 2008, namun jumlah penggunaan layanan LBS masih cukup rendah dibandingkan dengan potensi pelanggan yang dimiliki oleh Telkomsel. Bahkan saat ini jumlah transaksi layanan ini juga semakin menurun. Padahal bila dilihat dari pasar layanan LBS secara global, penggunaan layanan ini masih terus menanjak. Dalam tesis ini penulis melakukan analisa quality function deployment untuk menentukan pilihan alternatif solusi dalam pengembangan dan perbaikan layanan LBS. Dengan menggunakan QFD bisa dilakukan identiflkasi terhadap kebutuhan pelanggan dan melakukan evaluasi bagaimana mewujudkan kebutuhan tersebut. QFD dapat memberikan analisa kuantitatif berupa kualitas layanan seperti apa yang diinginkan pelanggan, dan solusi apa yang bisa diprioritaskan untuk mewujudkannya.

Analisa QFD ini diawali dengan melakukan kano survei dan modelling terhadap atribut-atribut layanan LBS, seperti kecepatan respon, ketepatan lokasi, konten dan lain-lain. Dari kano model ini selanjutnya bisa didapatkan customer requirement yang menjadi input dari tools House of Quality. Dengan tools ini maka bisa dibuatkan korelasi antara atribut pembentuk persepsi layanan dengan spesifikasi pengembangan yang akan dilakukan.

Untuk pemenuhan keinginan pelanggan LBS ini diidentifikasikan 12 alternatif solusi yang bisa digunakan untuk memperbaiki layanan LBS. Selanjutnya dari analisa critical to quality menyimpulkan bahwa ada beberapa solusi yang layak untuk dikedepankan untuk pengembangan layanan ini. Alternatif solusi pengembangan ini adalah perbaikan metode pencarian dengan LCS TDOA dan juga Cell Identity Timing Advance. Dengan kedua metode ini maka performansi layanan lokasi ini bisa ditingkatkan dan tetap mempertahankan kompatibilitas handset. Selain itu pengembangan layanan menuju cloud computing merupakan salah satu alternatif solusi lain yang bisa digunakan untuk membuat fitur tambahan.

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ABSTRACT
One of the value added services that widely used today is the location based service. Location based services is the personalized service that based on the location ofthe users' mobile device. Telkomsel LBS service had been launched in 2008, but the number of LBS services transaction is still quite low compared to potential customers owned by Telkomsel. Even today the number of service transactions is still declining. If no action taken for service improvement, then this service will no longer bring in benefit for the company. On the other hand LBS services market globally continue to increase. Many factors may contribute in the Telkomsel LBS trafic declining. This thesis implemented quality function deployment method to find alternative solution for improvement of location based services. QFD enable team of developers to identify customer needs' and evaluate how to achieve those needs. QFD can give quantitative analysis of products that customers want, and which solution should be prioritize to achieve those.

This QFD analysis begins by conducting kano survey and modelling to LBS service attributes, such as response speed accuracy of location, content and others. Kano modelling result on attributes that can be categorized as influential factor on LBS services. Then, analysis is carried out by using statistical analysis tools of House of Quality. With these tools correlation between the perception of the attributes and the specification development services can be identified

Based on what LBS customer needs, there are I2 alternative solutions that can be used to improve this kind of service. Critical to quality analysis performed concluded some viable solutions to be prioritized for the development of this service. The alternative solution is the development of improved positioning methods using TDOA LCS and Cell Identity Timing Advance. These two methods will greatly improve this location service performance and maintained the handset compatibility. In addition the development of cloud computing services is one of the solutions that also can be prioritized to enrich the feature of the service.

Abstrak :
ABSTRAK
Lokasi merupakan faktor yang sangat penting bagi keberlangsungan suatu usaha. Pemilihan lokasi untuk menjalankan kegiatan bisnis harus dilakukan dengan berbagai pertimbangan. Tujuan pada penelitian ini yaitu memilih tempat untuk relokasi serta pembelian aset gedung kantor cabang pada bank. Penelitian ini menggunakan metode AHP untuk mencari nilai bobot pada masing-masing kriteria dan alternatif. Bobot yang telah didapatkan kemudian digunakan sebagai matriks keputusan awal untuk dilakukan pemilihan keputusan menggunakan metode TOPSIS. Berdasarkan hasil penelitian, proiritas alternatif yang dipilih dari pengurutan menggunakan metode TOPSIS adalah Gedung BPD dengan nilai sebesar 0,974975. Faktor yang memiliki bobot tertinggi untuk kriteria pemiilhan lokasi pada relokasi dan pembelian aset gedung kantor cabang bank adalah Aspek Bisnis (0,45115) dengan bobot subkriteria yang tertinggi yaitu Lokasi Perkantoran (0,63219).

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ABSTRACT
Location is very important factor for sustaianability for a business. Location selection to run business activity must be doing with some consideration. The aim of this research is to selecting site for relocation and purchased the assets of the building for bank branch office. This research is using AHP method to determine weighting value of each criteria and alternatives. The value then used as decision matrix to make a decision selection using TOPSIS method. Based on the results of the study, the alternative priority chosen from the ranking using TOPSIS method is Gedung BPD with a value of 0,974975. The factor that has the highest weighting for location selection criteria in relocation and purchased assets of the building for bank branch office is Business Aspect (0,45115) with the highest subcriteria weight is Office Location (0,63219).

Abstrak :
Sistem pemantauan posisi dan tingkat pencemaran udara, merupakan sebuah sistem yang digunakan untuk mengetahui posisi dan tingkat pencemaran udara pada suatu tempat, baik dalam keadaan diam maupun bergerak dengan menggunakan sistem komunikasi tanpa kabel. Sistem ini terdiri atas dua buah sub sistem, yaitu sub sistem transmitter dan sub sistem receiver. Pada bagian transmitter terdiri atas sensor gas, sensor suhu, sensor kelembaban, modul SIM 508 dimana di dalam modul SIM 508 sudah terdapat sebuah Global Positioning System (GPS) dan modul Global System for Mobile Communication (GSM), serta sebuah mikrokontroler sebagai pemproses data-data sensor dan data posisi dari GPS, untuk dikirimkan ke PC melalui Short Message Service (SMS). Pada bagian receiver terdiri atas modul GSM SIM 300CZ, RS 232, dan PC sebagai pemproses data yang diterima dari transmitter dan menampilkan data posisi pada peta digital dan data sensor pada monitor komputer. Implementasi dan uji kinerja sistem pemantauan posisi dan tingkat pencemaran udara ini dilakukan mulai dari pembuatan Printed Circuit Board (PCB) masing-masing sub sistem, perakitan komponen, pemrograman sistem, sampai pada tahap pengujian sistem. Pencapaian yang didapat dari implementasi sistem ini, sistem sudah dapat memantau posisi dan memantau kondisi udara di sekitar sistem pemantau diletakan, terutama suhu, kelembaban, dan tingkat pencemaran udara. Tingkat akurasi posisi hasil pengukuran tergantung pada tingkat akurasi dari GPS, tingkat akurasi hasil pengukuran suhu mencapai ± 0.34° Celcius, sedangkan tingkat akurasi pengukuran kelembaban mencapai ±2.9 % RH. Tingkat polusi udara yang ditampilkan terdiri atas tiga tingkatan, yaitu rendah, sedang dan tinggi, yang didasarkan pada perbandingan nilai resistansi sensor pada saat udara bersih dan nilai resistansi sensor pada saat ada kontaminasi udara.

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Mobile Positioning and Air pollution levels monitoring system, is a system which is used to monitor the position and air pollution?s level in certain location, either at rest or moving by wireless communication system. It consists of two subsystems, a transmitter subsystem and receiver subsystem. In the transmitter section consists of a gas sensor, temperature sensor, humidity sensor, the SIM 508 module which is has a Global Positioning System (GPS) and a Global System for Mobile Communication (GSM) module, and also a microcontroller for processing sensor data, and position data from the GPS and then sent it to the receiver subsystem via Short Message Service (SMS). The receiver consists of a SIM 300CZ module, RS 232, and Personal Computer (PC) for processing data as received from the transmitter subsystem, to display on the monitor of PC as a point on the digital map and showing the results of measurement of sensor data. Implementation and performance test of positioning and Air pollution level monitoring system begin from manufacturing the Printed Circuit Board (PCB) of each sub system, component assembly, system programming, until the system testing phase. Achievement gained from the implementation of this system, the system is capable of monitoring position and condition of surrounding air monitoring system was placed, especially temperature, humidity, and air pollution levels. Accuracy of positioning measurements depends on the accuracy of GPS, the accuracy of temperature measurement is ± 0.34 ° Celsius, while the accuracy of humidity measurement is ± 2.9% RH. There are three levels of Air pollution which displays those are low, medium and high, based on the comparison of sensor resistance value in fresh air and the sensor resistance in displayed gases at various concentrations (Rs/Ro).

Abstrak :
This book constitutes the refereed proceedings of the international competition aimed at the evaluation and assessment of Ambient Assisted Living, EvAAL 2012, which was organized in three major events: the Second International Competition on Indoor Localization and Tracking for Ambient Assisted Living, which took place in Madrid, Spain, in July 2012, the First International Competition on Activity Recognition for Ambient Assisted Living, which took place in Valencia, Spain, in July 2012, and the Final Workshop, which was held in Eindhoven, The Netherlands, in September 2012. The papers included in this book describe the organization and technical aspects of the competitions, and provide a complete technical description of the competing artefacts and report on the experience lessons learned by the teams during the competition.

Abstrak :
This volume wipes away a host of problems related to location discovery in wireless ad-hoc sensor networks. WASNs have recognized potential in many applications that are location-dependent, yet are heavily constrained by factors such as cost and energy consumption. Their “ad-hoc” nature, with direct rather than mediated connections between a network of wireless devices, adds another layer of difficulty. Basing this work entirely on data-driven, coordinated algorithms, the author’s aim is to present location discovery techniques that are highly accurate and which fit user criteria. The research deploys nonparametric statistical methods and relies on the concept of joint probability to construct error (including location error) models and environmental field models. It also addresses system issues such as the broadcast and scheduling of the beacon. Reporting an impressive accuracy gain of almost 17 percent, and organized in a clear, sequential manner, this book represents a stride forward in wireless localization.