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Aplikasi Teknologi RFID pada IoT

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Buku Aplikasi Teknologi RFID pada IoT membahas pemanfaatan teknologi Radio Frequency Identification (RFID) dalam penerapan Internet of Things (IoT). Pembaca diperkenalkan pada konsep dasar RFID, cara kerja dan komponen teknologinya, serta bagaimana RFID dapat digunakan untuk mengidentifikasi, memantau, dan mengelola berbagai objek secara otomatis melalui sistem yang terhubung.\\r\\n\\r\\nBuku ini juga memberikan gambaran mengenai penerapan RFID dalam berbagai kebutuhan dan perkembangan sistem IoT. Pembahasannya cocok bagi mahasiswa, pelajar, maupun pembaca yang ingin memahami penggunaan teknologi RFID dan IoT dalam pengembangan sistem informasi serta otomasi.\\r\\n\\r\\nDAFTAR ISI\\r\\nHALAMAN JUDUL .......................................................................................................... i\\r\\nKATA PENGANTAR ......................................................................................................... iv\\r\\nDAFTAR ISI .................................................................................................................... v\\r\\nBAB 1 PENDAHULUAN ................................................................................................... 1\\r\\n1.1 Internet of Things .................................................................................................... 1\\r\\n1.2 Teknologi RFID ......................................................................................................... 1\\r\\n1.3 Masalah Pencarian Tag ........................................................................................... 2\\r\\n1.4 Otentikasi RFID Anonim .......................................................................................... 3\\r\\n1.5 Identifikasi Tag Jaringan .......................................................................................... 4\\r\\n1.6 Garis Besar Buku ..................................................................................................... 5\\r\\nBAB 2 EFISIENSI PENCARIAN TAG DALAM SISTEM RFID .................................................. 6\\r\\n2.1 Model Sistem dan Pernyataan Masalah ................................................................. 6\\r\\n2.1.1 Model Sistem .............................................................................................. 6\\r\\n2.1.2 Slot Waktu ................................................................................................... 7\\r\\n2.1.3 Pernyataan Masalah ................................................................................... 7\\r\\n2.2 Pekerjaan Terkait ..................................................................................................... 8\\r\\n2.2.1 Identifikasi Tag ............................................................................................ 8\\r\\n2.2.2 Protokol Polling ........................................................................................... 9\\r\\n2.2.3 Protokol CATS ............................................................................................. 9\\r\\n2.3 Protokol Pencarian Tag Cepat Berdasarkan Vektor Penyaringan ........................... 10\\r\\n2.3.1 Motivasi ...................................................................................................... 11\\r\\n2.3.2 Filter Bloom ................................................................................................. 11\\r\\n2.3.3 Memfilter Vektor ........................................................................................ 12\\r\\n2.3.4 Penggunaan Vektor Penyaringan Secara Iteratif ........................................ 13\\r\\n2.3.5 Pendekatan Umum ..................................................................................... 15\\r\\n2.3.6 Nilai mi ........................................................................................................ 17\\r\\n2.3.7 Protokol Pencarian Tag Iteratif ................................................................... 18\\r\\n2.3.8 Estimasi Kardinalitas ................................................................................... 19\\r\\n2.3.9 Vektor Penyaringan Tambahan .................................................................. 20\\r\\n2.3.10 Persyaratan Perangkat Keras .................................................................... 20\\r\\n2.4 ITSP melalui Saluran Bising ...................................................................................... 21\\r\\n2.4.1 ITSP dengan Noise on Forward Link ........................................................... 21\\r\\n2.4.2 ITSP dengan Noise pada Reverse Link ........................................................ 22\\r\\n2.5 Evaluasi Kinerja ....................................................................................................... 25 vi\\r\\n2.5.1 Metrik Kinerja ............................................................................................. 25\\r\\n2.5.2 Perbandingan Kinerja .................................................................................. 25\\r\\n2.5.3 Rasio Positif ................................................................................................. 27\\r\\n2.5.4 Evaluasi Kinerja Di Bawah Kesalahan Saluran ............................................ 28\\r\\n2.6 Ringkasan ................................................................................................................ 34\\r\\nBAB 3 OTENTIKASI RFID ................................................................................................. 35\\r\\n3.1 Model Sistem dan Model Keamanan ...................................................................... 35\\r\\n3.1.1 Model Sistem .............................................................................................. 35\\r\\n3.1.2 Model Keamanan ........................................................................................ 36\\r\\n3.2 Pekerjaan Terkait .................................................................................................... 37\\r\\n3.2.1 Protokol Berbasis Non-pohon ..................................................................... 37\\r\\n3.2.2 Protokol Berbasis Pohon ............................................................................. 38\\r\\n3.3 Solusi Strawman ...................................................................................................... 39\\r\\n3.3.1 Motivasi ...................................................................................................... 39\\r\\n3.3.2 Solusi Strawman ......................................................................................... 39\\r\\n3.4 Protokol Otentikasi Berbasis Token Dinamis .......................................................... 41\\r\\n3.4.1 Motivasi ...................................................................................................... 41\\r\\n3.4.2 Ikhtisar ........................................................................................................ 42\\r\\n3.4.3 Tahap Inisialisasi ......................................................................................... 42\\r\\n3.4.4 Tahap Otentikasi ......................................................................................... 43\\r\\n3.4.5 Memperbarui Fase ...................................................................................... 44\\r\\n3.4.6 Analisis Keacakan ........................................................................................ 45\\r\\n3.4.7 Diskusi ......................................................................................................... 48\\r\\n3.4.8 Potensi Masalah TAP .................................................................................. 48\\r\\n3.5 Protokol Otentikasi Berbasis Token Dinamis yang Ditingkatkan ............................ 49\\r\\n3.5.1 Perlawanan Terhadap Serangan Desinkronisasi dan Reply......................... 49\\r\\n3.5.2 Menyelesaikan Hash Collisions ................................................................... 51\\r\\n3.5.3 Diskusi ......................................................................................................... 53\\r\\n3.6 Analisis Keamanan ................................................................................................... 55\\r\\n3.7 Hasil Numerik ........................................................................................................... 56\\r\\n3.7.1 Efektivitas Skema Multi-Hash ..................................................................... 56\\r\\n3.7.2 Keacakan Tingkat Token ............................................................................. 57\\r\\n3.7.3 Tingkat Keacakan Bit ................................................................................... 57\\r\\n3.8 Ringkasan ................................................................................................................ 60\\r\\nBAB 4 MENGIDENTIFIKASI TAG JARINGAN BEBAS NEGARA ............................................. 61\\r\\n4.1 Model Sistem dan Pernyataan Masalah ................................................................. 61\\r\\n4.1.1 Sistem Tag Jaringan .................................................................................... 61 vii\\r\\n4.1.2 Pernyataan Masalah ................................................................................... 62\\r\\n4.1.3 Tag Jaringan Bebas Negara ......................................................................... 62\\r\\n4.1.4 Model Sistem .............................................................................................. 63\\r\\n4.2 Pekerjaan Terkait .................................................................................................... 64\\r\\n4.3 Protokol Pengumpulan ID Berbasis Pertikaian untuk Jaringan Sistem Tag ............ 65\\r\\n4.3.1 Motivasi ...................................................................................................... 65\\r\\n4.3.2 Meminta Protokol Siaran ............................................................................ 66\\r\\n4.3.3 Protokol Pengumpulan ID ........................................................................... 68\\r\\n4.4 Protokol Pengumpulan ID Berseri ........................................................................... 69\\r\\n4.4.1 Motivasi ...................................................................................................... 69\\r\\n4.4.2 Ikhtisar ........................................................................................................ 69\\r\\n4.4.3 Konsumsi Energi yang Bias .......................................................................... 71\\r\\n4.4.4 Nomor Seri .................................................................................................. 72\\r\\n4.4.5 Seleksi Induk ............................................................................................... 73\\r\\n4.4.6 Serialisasi di Tingkat Dua ............................................................................ 74\\r\\n4.4.7 Serialisasi Rekursif ...................................................................................... 74\\r\\n4.4.8 Ukuran Bingkai ............................................................................................ 76\\r\\n4.4.9 Faktor Beban Per Tag .................................................................................. 78\\r\\n4.5 Meningkatkan Efisiensi Waktu SICP ........................................................................ 80\\r\\n4.5.1 Permintaan Agregasi ................................................................................... 80\\r\\n4.5.2 Pipa Transmisi ID ......................................................................................... 82\\r\\n4.6 Evaluasi .................................................................................................................... 84\\r\\n4.6.1 Pengaturan Simulasi ................................................................................... 84\\r\\n4.6.2 Derajat Anak dan Faktor Beban .................................................................. 85\\r\\n4.6.3 Perbandingan Kinerja .................................................................................. 86\\r\\n4.6.4 Pengorbanan Kinerja untuk SICP dan p-SICP .............................................. 87\\r\\n4.6.5 Perbandingan Efisiensi Waktu SCIP dan p-SICP .......................................... 88\\r\\n4.7 Ringkasan ................................................................................................................ 88\\r\\nDAFTAR PUSTAKA .......................................................................................................... 91

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Ketersediaan

Informasi Detail

Judul Seri

-

No. Panggil

004.678 Agu a

Penerbit

Semarang : YAYASAN PRIMA AGUS TEKNIK., 2021

Deskripsi Fisik

103 hlm

Bahasa

Indonesia

ISBN/ISSN

9786235734200

Klasifikasi

004.678

Tipe Isi

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Tipe Media

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Tipe Pembawa

-

Edisi

-

Subjek

Internet of Things (IoT)

Info Detail Spesifik

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Pernyataan Tanggungjawab

Dr. Ir. Agus Wibowo, M.Kom, M.Si, MM

Versi lain/terkait

Lampiran Berkas

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