1 | Deniz BALTA, Nesibe YALCIN, Ahmet ÖZMEN - Indoor Air Quality Monitoring System Using Raspberry Pi for Energy Efficiency in Classrooms - 2017 |
2 | Nanabayın Menyah, Ahmet Özmen - A payload analysis study using MQTT on resource constrained device - 2017 |
3 | Deniz Balta, Nesibe Yalçın, Ahmet Özmen - Indoor Air Quality Monitoring System Using Raspberry Pi for Energy Efficiency in Classrooms - 2017 |
4 | Nesibe Yalçın, Deniz Balta, Ahmet Özmen - IAQ Modeling and Estimating for a Meeting Room - 2016 |
5 | Nesibe Yalçın, Deniz Balta, Ahmet Özmen - A Simulation Study About Online IAQ Monitoring - 2016 |
6 | Nesibe Yalçın, Deniz Balta, Ahmet Özmen - IAQ Modeling and Estimating for a Meeting Room - 2016 |
7 | Deniz Balta, Nesibe Yalçın, Ahmet Özmen - MPI BASED SIMULATOR STUDY FOR INDOOR AIR QUALITY MONITORING - 2015 |
8 | Nesibe Yalçın, Deniz Balta, Ahmet Özmen - The Use of Mass Balance-Based Model for Indoor Air Pollutant Concentration Modeling Problem - 2015 |
9 | Nesibe Yalçın, Deniz Balta, Ahmet Özmen - The Use of Mass Balance-Based Model for Indoor Air Pollutant Concentration Modeling Problem - 2015 |
10 | Deniz Balta, Ahmet Özmen - MPI Based Simulator Study Indoor Air Quality Monitoring - 2015 |
11 | DENİZ DURAL; AHMET ÖZMEN; - Developing A Parallel Simulator For Distributed Online Gas Sensor Systems - 2014 |
12 | Ahmet Özmen, Veysel Harun Şahin - A Reliable System Integration Study Using Open Source VoIP Software - 2014 |
13 | Nesibe Yalçın, Ahmet Özmen - Prediction of Indoor Air Pollutant Concentrations Using Nazaroff-Cass Model - 2014 |
14 | Ahmet Çelik;ÖZMEN,AHMET - Dağıtık Paralel Sistemler Hakkında Kıyaslamalı bir Çalışma: PVM ve MPI - 13-15.05 - 2009 - B-SAU-4672 |
15 | ÖZMEN,AHMET;Yıldıray Anagün - Locus Travel: A Three-Tier Architecture Approach for Bus Travel E-commerce - 06 - 2007 - B-SAU-4674 |
16 | Özmen, A., Anagün, Y. - Locus Travel: A Three-Tier Architecture Approach for Bus Travel E-commerce - June - 2007 - SAU |
17 | MUMYAKMAZ, B.;OZMEN, A.;EBEOGLU, M.A.;TAŞALTIN, C.;OZTURK, Z.Z. - CALIBRATING A QCM SENSOR ARRAY TO FIND GAS COMPOSITIONS AND SPECIES - 07 - 2006 - SAU |
18 | ÖZMEN,AHMET - An Entropy-Based Algorithm for Time-Driven Software Instrumentation in Parallel Systems - 04 - 2006 - B-SAU-4676 |
19 | Özmen, A., Kuvat, G. - Küçük ve Orta Ölçekli Kütüphanelerde Otomasyon İhtiyacı ve Ekonomik Bir Çözüm - 07 - 2003 - SAU |
20 | ÖZMEN,AHMET;Ferzende Tekçe;Kadir Vardar - Hardware Implementation of a Neuron-Model - 09 - 2003 - B-SAU-4678 |
21 | ÖZMEN,AHMET;İ.Göktay Ediz - Uzaktan Eğitim ve Dumlupınar Üniversitesi Modeli - 2002 - B-SAU-4680 |
22 | ÖZMEN,AHMET - An Algorithm to Measure Information Content of Instrumentation Data in Parallel Systems - 11 - 2001 - B-SAU-4681 |
23 | ÖZMEN,AHMET - A Minimal Overhead Instrumentation System - 10 - 2000 - B-SAU-4682 |
24 | ÖZMEN,AHMET;James Lumpp - Dynamic Configuration of Software Instrumentation in Parallel Systems - 10 - 1997 - B-SAU-4683 |
25 | ÖZMEN,AHMET;Gültekin Kuvat - Küçük ve Orta Ölçekli Kütüphanelerde Otomasyon İhtiyacı ve Ekonomik Bir Çözüm - 0 - B-SAU-4679 |
26 | ÖZMEN,AHMET;M.Ali Ebeoğlu;Ferzende Tekçe;Cihat Taşaltın;Z.Ziya Öztürk - Finding the Composition of Gas Mixtures by a Phthalocyanine Coated QCM Sensor Array and an Artificial Neural Network - 0 - B-SAU-4677 |
İletişim
ozmen@sakarya.edu.tr(0264) 295 69 84