Lailis Syafa’ah, Lailis
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OTOMATISASI ALAT PEMINDAH GAMBAR NEGATIF FILM (LAYOUT) KE SCREEN DENGAN TEKNOLOGI MIKROKONTROLLER DALAM UPAYA PENINGKATAN PRODUKSI PCB SIAP PAKAI DAN EFISIENSI USAHA ., Nurkasan; Irfan, M.; Syafa’ah, Lailis
Jurnal Dedikasi Vol 3 (2006): Mei
Publisher : Jurnal Dedikasi

Show Abstract | Download Original | Original Source | Check in Google Scholar

Abstract

Salah satu dalam proses pembuatan PCB adalah screening (pensablonan PCB pada media screen), dimana didalamnya ada proses perpindahan gambar (drawing) ke media screen. Saat ini, dilakukan dengan cara konvensional (manual), oleh karena itu melalui program vucer ini, kami membuat alat otomatisasi pemindah lay out ke media screen. Alat ini mempunyai 2 bagian utama yaitu lampu sebagai pengganti matahari, dan yang kedua bagian sistem kontrol dengan menggunakan mikrokontroller yang berfungsi mengontrol beban yang berupa lampu dengan waktu penyinaran telah ditentukan. Hasil yang didapat dengan mengaplikasikan alat ini dalam proses pemindahan lay out ke media screen adalah waktu yang diperlukan untuk memindah lay out ke media screen yang semula membutuhkan waktu 45 menit, dengan alat ini hnaya memerlukan waktu 8 menit.   Keyword : Screening, Mikrokontroller, Lay Out
Quality Of Service pada Jaringan Multi Protocol Label Switching IRFAN, MUHAMMAD; SYAFA’AH, LAILIS
Jurnal Teknik Industri Vol 10, No 2 (2009): Agustus
Publisher : Department Industrial Engineering, University of Muhammadiyah Malang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.22219/JTIUMM.Vol10.No2.142-149

Abstract

MPLS is a work plan that was given by IETF to repair work performance of IP network. Label switching label using forwarding mechanism which has connection oriented  characteristic make this technology become routing technology for future guarantec QoS with better service level. This is  supporting using a protocol signals for TE-MPLS to maximize network performance balancing the network stressing with distribution that fixed on classes, queuing, and traffic schedule. This research is an analysis of TE-MPLS mechanism to design MPLS network with RSVP-TE daemon that is called emulator MPLS. This analysis used generating 2 different kinds of protocol traffic, UDP, and TCP. The measurement could be concluded that there was an efficience of MPLS network in group joint of protocol UDP network about 18,6 % for channel that is similar with traffic 2 KBRS, 3,4 %, 1,5 %, and 5,6 % for channel similar with traffic 4,8 and 16 KBRS for flow variation of MPLS network data increase 464,2 %, 479,5 %, 518 %, and 2638,5 % for each channel. The time that was needed for TCP protocol transmition of MPLS network showed efficiency 2,9 % and bit rate of MPLS increase about 0,66 %.
Quality Of Service pada Jaringan Multi Protocol Label Switching IRFAN, M; SYAFA’AH, LAILIS
Jurnal Teknik Industri Vol 10, No 2 (2009): Agustus
Publisher : Department Industrial Engineering, University of Muhammadiyah Malang

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.22219/JTIUMM.Vol10.No2.%p

Abstract

MPLS is a work plan that was given by IETF to repair work performance of IP network. Label switching label using forwarding mechanism which has connection oriented characteristic make this technology become routing technology for future guarantec QoS with better service level. This is supporting using a protocol signals for TE-MPLS to maximize network performance balancing the network stressing with distribution that fixed on classes, queuing, and traffic schedule. This research is an analysis of TE-MPLS mechanism to design MPLS network with RSVP-TE daemon that is called emulator MPLS. This analysis used generating 2 different kinds of protocol traffic, UDP, and TCP. The measurement could be concluded that there was an efficience of MPLS network in group joint of protocol UDP network about 18,6 % for channel that is similar with traffic 2 KBRS, 3,4 %, 1,5 %, and 5,6 % for channel similar with traffic 4,8 and 16 KBRS for flow variation of MPLS network data increase 464,2 %, 479,5 %, 518 %, and 2638,5 % for each channel. The time that was needed for TCP protocol transmition of MPLS network showed efficiency 2,9 % and bit rate of MPLS increase about 0,66 %.