CURRICULLUM VITAE
HERMAN YOSEF WIBOWO, B. IT Home: (+6231) 567 7648 – Mobile: (+62817) 5064 789
[email protected]
EDUCATION
BINUS University International, Indonesia
2005
-
present Sarjana Komputer (S.Kom.) – 4-year Bachelor degree, expected November 2009 o Majoring in Computer Science, streaming in Project Management o GPA 3.40/4.00 (up to 7th Semester)
Royal Melbourne Institute of Technology, Australia
2008
Bachelor of information Technology (Business Application) – Double Degree program with BINUS University o Majoring in Computer Science, streaming in Business Application o Award Level Pass With Distinction
2003 – 2005
St. Louis 1 Surabaya, Indonesia o Streaming in Science (Ilmu Pengetahuan Alam – IPA)
ORGANIZATIONAL EXPERIENCE
Camera In Action (BINUS Film making Society)
2006 - 2007
Head of Human Resources Managed and supervised over the activities of the club and build and maintain good relationship with people in indie movie industry.
BINUS International e.COM (English Competition) Vice Project Leader (Organization Support Division)
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2007
102 In charge of 7 sub divisions that support the preparation and execution of the event, managed 40 committee members in 7 sub divisions, supervise the preparation and execution of the event, as well as support the project leader in many cases that needs decision making.
BITE (BINUS International Trading Enterprise)
2005 - 2006
Human Resource Division Managed the club activities, managed the club members, and also supervise members’ performance.
BINUS International e.COM (English Competition)
2006
Head of Security Division In charge of security for the event and manage 8 committee members. The job description also include maintain good relationship with police department and also design security system for the event.
Multimedia and Computer Graphic Summit (MMCG)
2006
Head of Programme Division Manage the agenda of the event and prepare the whole layout and equipment for the event. The division has 6 members and each member has different responsibility towards the success of the event.
SKILLS AND INTERESTS
Language skills: fluent in English, both spoken and written.
Computer skills: Programming languages (Java, C++), Microsoft Office Application (including in depth knowledge in Microsoft Excel), Microsoft Windows Server 2003, Oracle Database, Microsoft SQL server, MySQL, MYOB, and QuickBooks.
Interest: Technology, Business management and administration.
APPENDIX A OMNIKEY CARDMAN 5321 DATASHEET
Below is datasheet of Omnikey CardMan [41] 5321: Base Model Number
OMNIKEY® 5321
Dimensions
3.78” x 3.07” x .0.31” (115 x 96.5 x 25.5 mm)
Weight
Approx. 5.64 oz / 160 g
Power supply
Bus powered
Operating temperature
32°-131° F (0° - 55° C)
Operating humidity
10-90% rHNTERFACE
Host Interface
USB 2.0 CCID1 (also compliant with USB 1.1)
Transmission speed
12 Mbps (USB 2.0 full speed)ontact Smart Cardnterface
Standards
ISO 7816 & EMV2 2000 Level 1
Protocols
T=0, T=1, 2-wire: SLE 4432/42 (S=10), 3-wire: SLE 4418/28 (S=9), I2C (S=8)
Card size
ID-1 (full-size)
Smart Card interface speed
420 kbps (when supported by card)
Smart Card clock frequency
Up to 8 MHz
Supported card types
5V, 3V and 1.8V Smart Cards, ISO 7816 Class A, B and C
Power to Smart Card
60 mA
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104 Smart Card detection
Movement detection with auto power-off /Automatic detection of smart card type/ Short circuit and thermal protection
8 Pin Handling
C4 / C8 supported
Contact LESS Smart Card Interface Protocols T=CL, MIFARE®, iCLASS® / ISO 14443 A with 848 Kbps transmission rate (depending on card) ISO 14443 B with 848 Kbps transmission rate (depending on card) ISO 15693 with 26 Kbps transmission rate (depending on card) Supported APIs PC/SC driver (ready for 2.01), CT-API (on top of PC/SC, for contact interface), OCF (on top of PC/SC, for contact interface), Synchronous API (on top of PC/SC)) PC/SC Driver Support Windows® 98 / ME, 2000 / XP (32bit), 2003 Server, Windows® CE 5.0 / CE.NET (depending on hardware),Windows® XP 64bit (AMD64, EM64T, IA64), Windows® Vista (32bit / 64bit), Linux®, Mac® OS X (for contact interface only) Status indicator
Dual color LED (green=ready, red=busy)
Reader Board
Also available as PCB
Color
Dark grey
Connector cable
70.9” (180 cm)
Durability
100,000 insertions
105 Meantime between failure (MTBF)
500,000 hours
Compliance / Certification Microsoft® WHQL³, EMV² 2000 Level 1, ISO 7816, HBCI4, USB 2.0 (USB 1.1 compatible), CCID1 (contact interface only), GSA FIPS 201 approved product list Safety / Environmental
CE, FCC, UL, RoHS, WEEE
APPENDIX B TRF7960 DATASHEET
Here is list of complete features of TRF7960 derived from the data [42] sheet:
Completely Integrated Protocol Handling.
Separate Internal High-PSRR Power Supplies for Analog, Digital, and PA Sections Provide Noise Isolation for Superior Read Range and Reliability.
Dual Receiver Inputs With AM and PM Demodulation to Minimize Communication Holes.
Receiver AM and PM RSSI.
Reader-to-Reader Anti-Collision.
High Integration Reduces Total BOM and Board Area o Single External 13.56-MHz Crystal Oscillator. o MCU-Selectable Clock-Frequency Output of RF, RF/2, or RF/4. o Adjustable 20-mA, High-PSRR LDO for Powering External MCU.
Easy to Use With High Flexibility o Auto-Configured Default Modes for Each Supported ISO Protocol. o 12 User-Programmable Registers. o Selectable Receiver Gain and AGC. o Programmable Output Power (100 mW or 200 mW). o Adjustable ASK Modulation Range (8% to 30%). o Built-In Receiver Band-Pass Filter With User-Selectable Corner Frequency 106
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Wide Operating Voltage Range of 2.7 V to 5.5 V .
Ultralow-Power Modes o Power Down < 1 A . o Standby 120 A. o Active (Rx only) 10 mA.
Parallel 8-Bit or Serial 4-Pin SPI Interface With MCU Using 12-Byte FIFO.
Ultrasmall 32-Pin QFN Package (5 mm x5 mm).
Available Tools o Reference Design/EVM With Development Software. o Source Code Available for MSP430.
APPENDIX C DL810 DATASHEET
Here is system specification of DL810 from Daily [43] RFID:
Working frequency: 13.56 MHz.
Working with maps: I-CODE 2.
Reading range: 60- 90 cm.
RF Output Power: Over 4Watt.
Power supply: 12V DC.
Feature: o Advanced anti-collision algorithm, high identification rate. o Tag processing speed 30~50pcs/s. o Antenna Out-Built: SMA interface to support standard 50Ohm RFID antenna. o Antenna Open or Short Circuit tolerance. o Support transparent command format. o Support dual tag decoding mode.
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APPENDIX D QUESTIONAIRE
Yth Responden, Saya adalah Herman Yosef Wibowo dari Bina Nusantara International University. Saat ini saya sedang melakukan survey untuk bahan skripsi saya dan partisipasi Anda akan sangat membantu. Terima kasih atas waktu dan kesediaannya untuk membantu.
Nama:
1. Pernahkah anda mendengar tentang Radio Frequency Identification (RFID) ? [
] Ya
[
] Tidak
2. Pernahkah anda menggunakan / mendengar tentang teknologi Flazz card, e-toll, smart card identification, or tapped and go ticket (Contoh: tiket MRT di Singapore)? [
] Ya
[
] Tidak
Jika ya, tolong sebutkan: ______________________________
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3. RFID adalah teknologi yang menggunakan sinyal radio untuk mengidentifikasi sebuah produk (dalam hal ini produk yang disediakan oleh hypermarket). Sinyal radio dapat membantu untuk mengenali produk yang jumlah persediaannya melemah.
Menurut anda berbahayakah sistem tersebut? Mengapa?
Bisakah sistem itu dipercaya? Mengapa?
Jika anda adalah seorang pegawai hypermarket, silakan melanjutkan ke pertanyaan ke 6. Jika anda adalah seorang pengunjung hypermarket, silakan melanjutkan ke pertanyaan ke 4.
Pertanyaan tambahan untuk pengunjung hypermarket:
4. Bisakah RFID sistem membantu hypermarket untuk menghindari terjadinya kehabisan stock pada barang display? [
] Ya
[
] Tidak
5. Jika suatu hypermarket tidak pernah kehabisan stock pada barang displaynya, apakah anda akan lebih sering pergi ke hypermarket tersebut? [
] Ya
[
] Tidak
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Pertanyaan tambahan untuk pegawai hypermarket: 6. Jika suatu hypermarket mengimplementasikan sistem re-stocking display item menggunakan RFID, manfaat – manfaat apa saja yang dapat di dapat? [ [
] Pegawai toko tidak perlu menghitung sisa stok secara manual. ] Proses menghitung sisa stok dalam toko bisa diselesaikan dengan lebih
cepat. [
] Menghilangkan kesalahan dalam menghitung sisa stok dalam toko .
[
] Menyediakan sistem kontrol item yang lebih baik di dalam toko.
---Terima Kasih Atas Partisipasinya---
APPENDIX E INTERVIEW
The following is a short Minutes of Meeting with Teo Dunman, a RFID engineer from Texas Instrument.
RFID can be used to solve problems that need automated item identification.
RFID reader that can do multiple read is needed in order to build such system.
TRF7960 can be used to develop system that needs reader that can read multiple tags.
TRF7960 comply with ISO14443 Type A &B, and ISO15693, it need to set Register and support the protocol.
We can continue to scan the protocol cards to get the right response if the cards comply with the protocol.
Reader that can only read one tag at a time can be used as a reader that is used in payment system.
In payment processing system, the reader should not detect other tags when there is already one tag connected to it.
Contact:
[email protected]
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