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$20 USD / heure
Drapeau de UKRAINE
dymer, ukraine
$20 USD / heure
Il est actuellement 10:42 AM ici
Rejoint le juin 5, 2012
0 Recommandations

Vsevolod R.

@vsevolod1705

 5,0 (1 commentaire)
2,7
2,7
100%
100%
$20 USD / heure
Drapeau de UKRAINE
dymer, ukraine
$20 USD / heure
100 %
Travaux complétés
100 %
Suivant le budget
100 %
Dans les temps
N/A
Taux de réembauche

C++ / Java developer

I have 10+ years experience in linux servers administration. Now working as java and c++ sofware developer. Developed remote object management system (IoT type) using c++ for data server and Joomla CMS for User interface. Developed software part of system for music fountains management using c++ and Wt widgets and open lightning architecture library. Working on project for object detection, localization and recording using UAV, OpenCV, neural networks and Qt UI Framework. My knowledge and experience: Linux servers administration including web servers, db servers, mailservers, virtualization systems (KVM, Proxmox, Ovirt), containers systems (Docker, lxd, podman). Databases: mysql. Postgresql. SQLite Java, c++, Qt, Wt widgets, WxWidgets, ROS, OpenCV, Yolo, Java Spring framework, Angular.
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Portfolio

6962423
Developed desktop application capable to control UAV using onboard PC like Raspberry Pi. Software can send commands to UAV using ROS to control it. Take off, change position, land. The application's goal is to detect objects on video, coming from UAV camera, classify them, detect objects position on land and present it on map. It can track detected object using UAV relocation and drone's camera gimbal orientation. Detected objects can be recorded to analyze the environment after the flight. In the project were used different tools, libraries and equipment: px4 and apm flight controllers and simulators, Raspberry pi, BaseCam SimpleBGC -based camera gimbal ,gazebo simulator, ROS, QT framework, Libosmscout, YOLO neural network, nvidia cuda (for yolo), OpenCV, lxd containers and other
UAV controlling application with objects detection
Developed desktop application capable to control UAV using onboard PC like Raspberry Pi. Software can send commands to UAV using ROS to control it. Take off, change position, land. The application's goal is to detect objects on video, coming from UAV camera, classify them, detect objects position on land and present it on map. It can track detected object using UAV relocation and drone's camera gimbal orientation. Detected objects can be recorded to analyze the environment after the flight. In the project were used different tools, libraries and equipment: px4 and apm flight controllers and simulators, Raspberry pi, BaseCam SimpleBGC -based camera gimbal ,gazebo simulator, ROS, QT framework, Libosmscout, YOLO neural network, nvidia cuda (for yolo), OpenCV, lxd containers and other
UAV controlling application with objects detection
Developed desktop application capable to control UAV using onboard PC like Raspberry Pi. Software can send commands to UAV using ROS to control it. Take off, change position, land. The application's goal is to detect objects on video, coming from UAV camera, classify them, detect objects position on land and present it on map. It can track detected object using UAV relocation and drone's camera gimbal orientation. Detected objects can be recorded to analyze the environment after the flight. In the project were used different tools, libraries and equipment: px4 and apm flight controllers and simulators, Raspberry pi, BaseCam SimpleBGC -based camera gimbal ,gazebo simulator, ROS, QT framework, Libosmscout, YOLO neural network, nvidia cuda (for yolo), OpenCV, lxd containers and other
UAV controlling application with objects detection
Developed desktop application capable to control UAV using onboard PC like Raspberry Pi. Software can send commands to UAV using ROS to control it. Take off, change position, land. The application's goal is to detect objects on video, coming from UAV camera, classify them, detect objects position on land and present it on map. It can track detected object using UAV relocation and drone's camera gimbal orientation. Detected objects can be recorded to analyze the environment after the flight. In the project were used different tools, libraries and equipment: px4 and apm flight controllers and simulators, Raspberry pi, BaseCam SimpleBGC -based camera gimbal ,gazebo simulator, ROS, QT framework, Libosmscout, YOLO neural network, nvidia cuda (for yolo), OpenCV, lxd containers and other
UAV controlling application with objects detection
314558
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
6962423
Developed desktop application capable to control UAV using onboard PC like Raspberry Pi. Software can send commands to UAV using ROS to control it. Take off, change position, land. The application's goal is to detect objects on video, coming from UAV camera, classify them, detect objects position on land and present it on map. It can track detected object using UAV relocation and drone's camera gimbal orientation. Detected objects can be recorded to analyze the environment after the flight. In the project were used different tools, libraries and equipment: px4 and apm flight controllers and simulators, Raspberry pi, BaseCam SimpleBGC -based camera gimbal ,gazebo simulator, ROS, QT framework, Libosmscout, YOLO neural network, nvidia cuda (for yolo), OpenCV, lxd containers and other
UAV controlling application with objects detection
Developed desktop application capable to control UAV using onboard PC like Raspberry Pi. Software can send commands to UAV using ROS to control it. Take off, change position, land. The application's goal is to detect objects on video, coming from UAV camera, classify them, detect objects position on land and present it on map. It can track detected object using UAV relocation and drone's camera gimbal orientation. Detected objects can be recorded to analyze the environment after the flight. In the project were used different tools, libraries and equipment: px4 and apm flight controllers and simulators, Raspberry pi, BaseCam SimpleBGC -based camera gimbal ,gazebo simulator, ROS, QT framework, Libosmscout, YOLO neural network, nvidia cuda (for yolo), OpenCV, lxd containers and other
UAV controlling application with objects detection
Developed desktop application capable to control UAV using onboard PC like Raspberry Pi. Software can send commands to UAV using ROS to control it. Take off, change position, land. The application's goal is to detect objects on video, coming from UAV camera, classify them, detect objects position on land and present it on map. It can track detected object using UAV relocation and drone's camera gimbal orientation. Detected objects can be recorded to analyze the environment after the flight. In the project were used different tools, libraries and equipment: px4 and apm flight controllers and simulators, Raspberry pi, BaseCam SimpleBGC -based camera gimbal ,gazebo simulator, ROS, QT framework, Libosmscout, YOLO neural network, nvidia cuda (for yolo), OpenCV, lxd containers and other
UAV controlling application with objects detection
Developed desktop application capable to control UAV using onboard PC like Raspberry Pi. Software can send commands to UAV using ROS to control it. Take off, change position, land. The application's goal is to detect objects on video, coming from UAV camera, classify them, detect objects position on land and present it on map. It can track detected object using UAV relocation and drone's camera gimbal orientation. Detected objects can be recorded to analyze the environment after the flight. In the project were used different tools, libraries and equipment: px4 and apm flight controllers and simulators, Raspberry pi, BaseCam SimpleBGC -based camera gimbal ,gazebo simulator, ROS, QT framework, Libosmscout, YOLO neural network, nvidia cuda (for yolo), OpenCV, lxd containers and other
UAV controlling application with objects detection
314558
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System
Remote objects monitoring and controlling system, capable to get data from warm, water, gas, electric etc meters and manage them through gprs data channel (using custom equipment). System consists of data server (developed on C++) and web-interface on the base of Joomla with flotCharts-based charts and SVG-based diagrams of objects with near real-time updates information from meters. Export values to pdf and ecxel. Every object can have own diagram. Every diagram can have own assigned data set, charts set and data sheet view. Chosen objects parameters can be programmed (depend on remote equipment capabilities). Objects can be grouped and user can be assigned to different groups. Objects can be showed on the map with the last arrived data. Current weather can be assigned to every object using data from remote weather services, fe OpenWeatherMap
Remote object management System

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System Admin
VoIP
Shell Script
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Drapeau de Man M.
@Rosemanvn
•
il y a 9 ans

Expérience

System administrator, scentific worker

National Aviation University
nov. 2004 - Jusqu'à présent
System administrator, network administrator. Linux servers - web-servers(apache, php), mail-servers(postfix, dovecot, zimbra), proxy-servers, routers, nat, firewalls, ftp, samba, db(mysql, postgresql). Web-sites on the base of Joomla cms.

System administrator

Raichle & De-Massari Ukraine
mai 2000 - oct. 2004 (4 ans, 5 mois)
Windows and Linux desktops and servers, databeses(Oracle), firewall, squid, mailserver. Users support in office.

System administrator

Educational center for army oficers
avr. 1997 - oct. 2001 (4 ans, 6 mois)
Windows, Novel, Linux desktops and servers, hardware testing and recovery.

Éducation

radio engineer

Nacional'nij Aviacijnij Universitet, Ukraine 1992 - 1997
(5 ans)

Qualifications

Power Systems for AIX II

International Business Machines
2011

Power Systems for AIX I

International Business Machines
2011

Contactez Vsevolod R. concernant votre travail

Connectez-vous pour discuter de tous les détails via la messagerie.

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Meilleures compétences

JavaScript 1
Shell Script 1
HTML5 1
Java
Linux

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