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SISTEM KEAMANAN BRANGKAS MENGGUNAKAN SIDIK JARI DAN VERIFIKASI MELALUI APLIKASI ANDROID MENGGUNAKAN MIT APP INVENTOR Hadiyanto, Gunawan T; Saptarika, Ria; Muharrom, Muharrom
Jurnal Teknik Informatika dan Elektro Vol 3 No 1 (2021): Januari : Jurnal Teknik Informatika dan Elektro
Publisher : Universitas Gajah Putih

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55542/jurtie.v3i1.473

Abstract

Sensor sidik jari merupakan salah satu bentuk sensor biometrik, yang menggunakan karakteristik fisik dari seorang penduduk sebagai salah satu jenis identitas diri. Penggunaan system sensor presensi biometrik sensor sidik jari pada saat ini sangat perlu untuk sistem keamanan yang diperlukan untuk menyimpan barang berharga seperti harta kekayaan ataupun dokumen-dokumen penting. Sebagai penambahan fitur keamanan maka pada penyimpanan (brangkas) yang mempergunakan sidik ditambahkan fitur berupa verifikasi melalui aplikasi android setelah melakukan scan sidik jari pada brangkas. Brangkas ini terdiri dari bagian utama berupa bagian prosessing yang berupa auduino uno [1] dan bebrapa peralatan seperti sensor sidik jari, ethernet shield dan rangkaian output berupa solenoid dan buzzer. Sistem akan beroperasi setelah sensor sidik jari terdaftar dan di input ke arduino uno kemudian diteruskan untuk memberikan notifikasi verifikasi pengakses brangkas.
MEMBANGUN PEREKONOMIAN MANDIRI MELALUI DESA TEMATIK BERBASIS PENGUATAN TEKNOLOGI HOME INDUSTRY BATIK DI DESA REK KERREK PEMEKASAN Tampubolon, Liosten Rianna Roosida Ully; Sayidah, Nur; Marwiyah, Siti; Muharrom, Muharrom
Jurnal Abdi Insani Vol 11 No 4 (2024): Jurnal Abdi Insani
Publisher : Universitas Mataram

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.29303/abdiinsani.v11i4.1978

Abstract

The production process of Batik Tulis in Rek Kerrek Village, Pamekasan Regency, uses conventional methods, so there are problems, the capacity, quality, and competitiveness of written batik products are still low. The purpose of the PDB program is to provide technological innovations such as a malam pelorot machine and hand printing so as to minimize product damage and increase production capacity, sales volume, and competitiveness of batik products. The methods used are training, mentoring and practicing technological innovations on partners.  The results of the program achievements: 1) Hand printing machines (partner-1) and malam pelorot machines (partner-2) increase production capacity and quality, sales volume and minimize defective products, 2) Training, mentoring, and practice of making promotional content increase the knowledge and skills of making promotional content for partners, 3) Training, mentoring, and practice of making e-commerce increase partners' knowledge and skills in using e-commerce, 4) Training, mentoring, and practice of marketing mix strategies increase partner sales volume, 5) Training, mentoring and practice of accounting bookkeeping increase partner knowledge and skills in bookkeeping.
PENERAPAN TEKNOLOGI DRY ROOM INFRARED DAN INOVASI CANTING CAP UNTUK MENGEMBANGKAN BISNIS BATIK DAN SONGKOK BATIK DI DESA REK KERREK PAMEKASAN Sayidah, Nur; Marwiyah, Siti; Tampubolon, Liosten Rianna Roosida Ully; Muharrom, Muharrom; Putranto, Septian Dwi; Sari, Puput Maya; Setiana, Nurul Leny; Naimah, Zulfatun
Jurnal Abdi Insani Vol 12 No 12 (2025): Jurnal Abdi Insani
Publisher : Universitas Mataram

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.29303/abdiinsani.v12i12.3058

Abstract

The drying of batik songkok raw materials in Rek Kerrek Village, Pamekasan Regency, is done by relying on sunlight. The time required is 3 days. When the weather is cloudy and rainy, the drying time is longer, namely 1 week and the batik color is dull. The batik process is still conventional with canting which is hand-drawn and motifs that rely on ancestral heritage. The process of batik with manual canting takes 2-3 days to 1 month per sheet. The problems faced are the long time for processing and drying batik so that production capacity, expensive batik prices and the competitiveness of batik products are still low. The objective of the PDB program is to provide technological innovations in the form of an infrared dry room drying machine to speed up the drying time of batik and an innovation in canting caps to speed up the batik processing time. This innovation increases production capacity, sales volume, and the competitiveness of batik products. The methods used are training, mentoring and practice of technological innovations for partners. The results of the program are: 1) the infrared dry room drying machine (partner-1) and the innovation in canting caps (partner-2) increase production capacity and quality, sales volume and the competitiveness of batik products. The infrared dry room dryer speeds up drying time to approximately 90 minutes. The batik process using a canting cap simplifies the process and reduces the completion time to 3 hours.