Recently, the domain of cyber-physical systems (CPSs) has emerged as a successor to the traditional embedded systems and the wireless sensor networks. The relatively new cyber-physical domain offers tight integration of control, communication and computation components to develop advanced web based application in various heterogeneous domains such as health care, disaster management, automation and environment monitoring. The applications of indoor CPSs include remote patient monitoring, smart home, etc. with focus on situation awareness via event identification from context information. The principal challenges associated with the development of situation awareness applications include uncertainty in contextual data, incomplete domain knowledge, interoperability between interconnected systems and effective utilization of spatial information.
This dissertation addresses these challenges by providing a comprehensive situation awareness framework for event comprehension utilizing raw sensor data and spatial information. Semantic web based annotation and mapping techniques are used to provide interoperability. The framework contains contextual situation awareness and location awareness stages towards achieving effective event assessment. The contextual situation awareness stage provides fuzzy abductive reasoning based architecture to transform raw physical sensor data to low-level fuzzy abstraction. These abstractions are used for event assessment with associated degree of certainty. The location awareness stage includes methodologies to hierarchically map indoor objects and define the object-event relationship in ontology, which is further exploited for event discrimination. This dissertation also presents a fusion based indoor positioning algorithm to provide accurate spatial information to assist location awareness. The algorithm uses extensive training of received signal strength (RSS) and time difference of arrival (TDoA) signals to estimate distance and position. The comprehensive framework is evaluated through an implementation of simulated indoor fire in a controlled environment.
Recently, the domain of cyber-physical systems (CPSs) has emerged as a successor to the traditional embedded systems and the wireless sensor networks. The relatively new cyber-physical domain offers tight integration of control, communication and computation components to develop advanced web based application in various heterogeneous domains such as health care, disaster management, automation and environment monitoring. The applications of indoor CPSs include remote patient monitoring, smart home, etc. with focus on situation awareness via event identification from context information. The principal challenges associated with the development of situation awareness applications include uncertainty in contextual data, incomplete domain knowledge, interoperability between interconnected systems and effective utilization of spatial information.
This dissertation addresses these challenges by providing a comprehensive situation awareness framework for event comprehension utilizing raw sensor data and spatial information. Semantic web based annotation and mapping techniques are used to provide interoperability. The framework contains contextual situation awareness and location awareness stages towards achieving effective event assessment. The contextual situation awareness stage provides fuzzy abductive reasoning based architecture to transform raw physical sensor data to low-level fuzzy abstraction. These abstractions are used for event assessment with associated degree of certainty. The location awareness stage includes methodologies to hierarchically map indoor objects and define the object-event relationship in ontology, which is further exploited for event discrimination. This dissertation also presents a fusion based indoor positioning algorithm to provide accurate spatial information to assist location awareness. The algorithm uses extensive training of received signal strength (RSS) and time difference of arrival (TDoA) signals to estimate distance and position. The comprehensive framework is evaluated through an implementation of simulated indoor fire in a controlled environment.
End-to-end IoT solutions with Java and Eclipse IoTBenjamin Cabé
The IoT market is poised to an exponential growth, but there are still lots of barriers that prevent building a real, open, Internet of Things. Over the last years, Eclipse has been growing an ecosystem of open-source projects for IoT, that are used in real-world solutions, from smart gateways bridging sensors to the cloud, to device management infrastructures or home automation systems.
Java is a key-enabler for IoT, and this presentation provides you with concrete examples on how to build end-to-end solutions with the Eclipse IoT Java stack and projects like Paho, Kura, SmartHome, Californium, OM2M, Eclipse SCADA, Concierge ... This session will give you the keys to build a scalable IoT solution on top of open-source technology and open standards.
Leveraging Android for the Internet of Things with Eclipse M2MBenjamin Cabé
The Eclipse M2M (Machine-to-Machine) open source initiative delivers a stack of open source building blocks that accelerate the development of connected solutions.
In this session, you’ll be briefly introduced to the Eclipse M2M projects and discover cool end-to-end examples (Augmented Reality anyone?) combining the use of Android API with Open Hardware platforms (Arduino, Raspberry Pi…) for doing fleet tracking, remote monitoring, home automation, and much more.
Comparison between Eclipse and Android Studio for Android DevelopmentWillow Cheng
Both Eclipse and Android Studio are free to use. Eclipse takes use of ADT (Android Developer Tools) as a plugin to provide a suite of tools which are integrated with Eclipse. ADT plugin provides UI design tool for rapid prototyping, designing, and building of Android application’s user interface. Meanwhile, Android Studio becomes the official IDE for Android application development on Nov, 2014, based on IntelliJ IDEA. It offers flexible Gradle-based build system, build variants and multiple APK (Android install package) file generation, code templates to help to build common app features, etc.
Cara Membuat Aplikasi Android Resep Masakan Sederhana Android-SQLitecreatorb dev
Full Source Visit : http://creatorb-lab.blogspot.com/2014/12/cara-membuat-aplikasi-android-resep.html
How to Create Android Recipe App | Cara Membuat Aplikasi Android Resep Masakan | Tutorial Membuat Aplikasi Android
creatorb
End-to-end IoT solutions with Java and Eclipse IoTBenjamin Cabé
The IoT market is poised to an exponential growth, but there are still lots of barriers that prevent building a real, open, Internet of Things. Over the last years, Eclipse has been growing an ecosystem of open-source projects for IoT, that are used in real-world solutions, from smart gateways bridging sensors to the cloud, to device management infrastructures or home automation systems.
Java is a key-enabler for IoT, and this presentation provides you with concrete examples on how to build end-to-end solutions with the Eclipse IoT Java stack and projects like Paho, Kura, SmartHome, Californium, OM2M, Eclipse SCADA, Concierge ... This session will give you the keys to build a scalable IoT solution on top of open-source technology and open standards.
Leveraging Android for the Internet of Things with Eclipse M2MBenjamin Cabé
The Eclipse M2M (Machine-to-Machine) open source initiative delivers a stack of open source building blocks that accelerate the development of connected solutions.
In this session, you’ll be briefly introduced to the Eclipse M2M projects and discover cool end-to-end examples (Augmented Reality anyone?) combining the use of Android API with Open Hardware platforms (Arduino, Raspberry Pi…) for doing fleet tracking, remote monitoring, home automation, and much more.
Comparison between Eclipse and Android Studio for Android DevelopmentWillow Cheng
Both Eclipse and Android Studio are free to use. Eclipse takes use of ADT (Android Developer Tools) as a plugin to provide a suite of tools which are integrated with Eclipse. ADT plugin provides UI design tool for rapid prototyping, designing, and building of Android application’s user interface. Meanwhile, Android Studio becomes the official IDE for Android application development on Nov, 2014, based on IntelliJ IDEA. It offers flexible Gradle-based build system, build variants and multiple APK (Android install package) file generation, code templates to help to build common app features, etc.
Cara Membuat Aplikasi Android Resep Masakan Sederhana Android-SQLitecreatorb dev
Full Source Visit : http://creatorb-lab.blogspot.com/2014/12/cara-membuat-aplikasi-android-resep.html
How to Create Android Recipe App | Cara Membuat Aplikasi Android Resep Masakan | Tutorial Membuat Aplikasi Android
creatorb
1. SOAL UJIAN TENGAH SEMESTER GENAP
SEKOLAH MENENGAH KEJURUAN (SMK) DARUT TAQWA
TAHUN PELAJARAN 2014-2015
Soal Pilihan Ganda.
1. Tahun pertama android dirilis adalah…
a. 2005 b. 2006 c. 2007 d. 2008 e. 2009
2. Android pertama kali dirilis dengan nama…
a. Alvaro b. Benitez c. Gama d. Apple e. Donut
3. Emulator Andriod yang saat ini umum digunakan adalah…
a. Bluestacks b. Dolphin c. GBAEmulator d. Nintendo DS Emulator e. EPSXE
4. Tipe file installer di android adalah…
a. *.Exe b. *.deb c. *.sh d. *.jar e. *.apk
5. Android dikembangkan dengan mengusung inti dari Sistem Operasi…
a. Windows b. Linux c. Symbian OS d. Iphone e. Mac OS
6. Android merupakan Sistem Operasi yang ditujukan untuk…
a. Komputer b. Smartphone c. Tablet d. Laptop e. b dan c benar
7. Berikut adalah pemilik Sistem Operasi Android, yaitu…
a. Google b. Yahoo c. Microsoft d. Nokia e. Samsung
8. Sistem Operasi Android lebih cepat berkembang dikarenakan…
a. Open Source b. Closed Source c. Gratis d. Keren e. c dan d benar
9. Nama-nama dari tiap versi adroid mengacu pada nama….
a. Kue b. Buah c. Makanan d. Minuman e. Semua salah
10. Versi Android yang paling baru diberi nama….
a. Jelly Bean b. Ice cream Sandwich c. Froyo d. Lollypop e. Houndoom
11. Android Versi 3.6 memiliki nama…
a. Froyo b. Houndoom c. Gingerbread d. Jelly Bean e. Kitkat
12. Hingga saat ini sudah ada …. Versi androd yang dirilis.
a. 13 b. 12 c.11 d. 10 e. 9
13. Sistem Operasi Android bisa digunakan secara optimal dengan bantuan…
a. Internet b. Nokia c. Samsung d. Bluestacks e. Google
14. hal yang pertama kali harus dilakukan saat mengunakan Sistem Operasi Android adalah…
a. Install aplikasi c. Mengatur Tanggal dan Jam e. a dan c benar
b. Mengatur Kunci Layar d. Login ke akun google
15. File APK (*.apk) bisa dijalankan di komputer berkat adanya…
a. Google b. Samsung c. Nokia d. Yahoo e. Emulator
16. Orang yang pertama kali menembangkan Sistem Operasi Android adalah…
a. Billgates b. Linus Thorvalds c. Klause Knopper d. James A Naismith e. Semua salah
17. Berikut adalah salah satu alamat web (website) yang menydiakan fasilitas pembuatan aplikasi android yaitu…
a. Google b. Playstore c. Samsung d. AppsGeyser e. Infiniteghost
18. Kita dapat membuat aplikasi Android secara offline dengan menggunakan aplikasi…
a. Netbeans b. AppsGeyser c. Jellybean d. Bluestacks e. c dan d benar
19. Untuk memakai Sistem Operasi Android kita wajib memiliki akun…
a. Samsung b. Android c. Google d. Nokia e. Yahoo
20. Nama dai versi android yang dimulai dari Huruf H adalah…
a. Houndoom b. HoneyComb c. Harley d. Horse Cake e. House Wife
21. Market resmi android adalah…
a. Google Play b. Yahoo Answer c.Microsoft RelayChat d. AppsGeyser e. Nokia
22. Nama dai versi android yang dimulai dari Huruf F adalah…
a. Frozen Ice b. Froyo c. Freeze Dry d. Fried Chicken e. First Yoghurt
23. Nama dai versi android yang dimulai dari Huruf C adalah…
a. Houndoom b. HoneyComb c. Harley d. Horse Cake e. House Wife
24. Gambar disamping merupakan versi android….
a. Cupcake b. Éclair c. Donut d. Froyo e. Gingerbread
25. Gambar disamping merupakan versi android….
a. Cupcake b. Éclair c. Donut d. Froyo e. Gingerbread
Hari /Tanggal
Jum’at, 20/03/2015
Mata Diklat
ML
Pemrograman
Android
Tingkat
X TKJ
NAMA :…………………..
KELAS :…………………..
2. 26. Gambar disamping merupakan versi android….
a. Jellybean b. Kitkat c. Honeycomb d. Lollypop e. Ice Cream Sandwich
27. Gambar disamping merupakan versi android….
a. Cupcake b. Éclair c. Donut d. Froyo e. Gingerbread
28. Gambar disamping merupakan versi android….
a. Jellybean b. Kitkat c. Honeycomb d. Lollypop e. Ice Cream Sandwich
29. Gambar disamping merupakan versi android….
a. Jellybean b. Kitkat c. Honeycomb d. Lollypop e. Ice Cream Sandwich d
30. Gambar disamping merupakan versi android….
a. Cupcake b. Éclair c. Donut d. Froyo e. Gingerbread
31. Gambar disamping merupakan versi android….
a. Jellybean b. Kitkat c. Honeycomb d. Lollypop e. Ice Cream Sandwich
32. Gambar disamping merupakan versi android….
a. Jellybean b. Kitkat c.Honeycomb d. Lollypop e. Ice Cream Sandwich
33. Gambar disamping merupakan versi android….
a. Cupcake b. Éclair c. Donut d. Froyo e. Gingerbread
34. Nama dai versi android yang dimulai dari Huruf J adalah…
a. Jailangkung b. Jelly Glub c. JellyBean d. Jersey e. Jurrasic
35. Nama dai versi android yang dimulai dari Huruf K adalah…
a. Kitekat b. KeyStroke c. Keystone d. Kalkulator e. Kitkat
ESSAY
1. Sebutkan nama nama dari tiap versi android yang kamu ketahui!
2. Sebutkan salah satu dari 4 orang yang pertama kali mengembangkan android!
3. Jelaskan bagaimana cara kalian Menjalankan Android di Computer!
4. Apakah peran google dalam pengembangan Android?
5. Jelaskan hal pertama yang harus dilakukan saat menggunakan Andoid!
- Selamat Mengerjakan -