RTU Zinātniskās darbības rezultāti un resursi: Personāls

Informācija par autoru

Vārds, Uzvārds:

Arnis Ancāns

Struktūrvienība:

(33300) Fotonikas, elektronikas un elektronisko sakaru institūts

Zinātniskais grāds:

Doktors

E-pasts:

Arnis.Ancans(at)rtu.lv

Publikācijas

Atrasti 22 rezultāti tiek attēloti no 1 līdz 10.

Bitrate-based Video Traffic Classification
(2023)

Tianhua Chen, Elans Grabs, Aleksandrs Ipatovs, Ernests Pētersons, Arnis Ancāns
Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS

Evaluation of Received Signal Power Level and Throughput Depending on Distance to Transmitter in Testbed for Automotive WLAN IEEE 802.11ac Communication Network
(2022)

Arnis Ancāns, Ernests Pētersons, Romans Jerjomins, Elans Grabs, Guntis Ancāns, Aleksandrs Ipatovs
Zinātniskais raksts, kas indeksēts Web of science un/vai Scopus datu bāzē

Comparision of the Simplest Ways to Reduce Radiated Emissions for Prototyped Device
(2022)

Dmitrijs Čulkovs, Elans Grabs, Aleksandrs Ipatovs, Ernests Pētersons, Nikolajs Bogdanovs, Arnis Ancāns
Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS

Autotransporta bezvadu sakaru tīklu veiktspējas pētīšana un tās paaugstināšana
(2021)

Arnis Ancāns
Promocijas darbs

Improving Handover Mechanism in Vehicular WiFi Networks
(2020)

Romans Jerjomins, Arnis Ancāns, Ernests Pētersons, Anita Geriņa-Ancāne
Raksti vai nodaļas citos rakstu krājumos, kas neatbilst 3.1.prasībām, ar ISBN vai ISSN kodu

Technical and Economic Analysis of Transport Telecommunication Infrastructure
(2019)

Arnis Ancāns, Ernests Pētersons, Guntis Ancāns, Mihails Stetjuha, Aleksandrs Ipatovs, Evaldas Stankevicius
Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS

The Relationship Between Transport Wireless Network Throughput and Vehicle Speed
(2018)

Arnis Ancāns, Ernests Pētersons
Zinātniskais raksts, kas indeksēts Web of science un/vai Scopus datu bāzē

Hybrid Vehicular IEEE 802.11n and LTE Wireless Network Performance Evaluation in Non-Stationary Mode of Motion
(2018)

Arnis Ancāns, Ernests Pētersons, Aleksandrs Umanskis
Publikācijas konferenču materiālos, kas ir indeksēti Web of Science un/vai SCOPUS

Analysis of Characteristics and Requirements for 5G Mobile Communication Systems
(2017)

Guntis Ancāns, Alīna Stafecka, Vjačeslavs Bobrovs, Arnis Ancāns, Jeļena Čaiko
Zinātniskais raksts, kas indeksēts Web of science un/vai Scopus datu bāzē

Spectrum Considerations for 5G Mobile Communication Systems
(2017)

Guntis Ancāns, Vjačeslavs Bobrovs, Arnis Ancāns, Diana Kalibatiene
Zinātniskais raksts, kas indeksēts Web of science un/vai Scopus datu bāzē

Informācija par autoru

Publikācijas

Bitrate-based Video Traffic Classification
(2023)

Evaluation of Received Signal Power Level and Throughput Depending on Distance to Transmitter in Testbed for Automotive WLAN IEEE 802.11ac Communication Network
(2022)

Comparision of the Simplest Ways to Reduce Radiated Emissions for Prototyped Device
(2022)

Autotransporta bezvadu sakaru tīklu veiktspējas pētīšana un tās paaugstināšana
(2021)

Improving Handover Mechanism in Vehicular WiFi Networks
(2020)

Technical and Economic Analysis of Transport Telecommunication Infrastructure
(2019)

The Relationship Between Transport Wireless Network Throughput and Vehicle Speed
(2018)

Hybrid Vehicular IEEE 802.11n and LTE Wireless Network Performance Evaluation in Non-Stationary Mode of Motion
(2018)

Analysis of Characteristics and Requirements for 5G Mobile Communication Systems
(2017)

Spectrum Considerations for 5G Mobile Communication Systems
(2017)

Projekti

Telekomunikāciju institūts (34-13100-RSFF.TKI)

Transporta elektronikas un telemātikas katedra (34-13010-RSFF.TETK)

Informācija par autoru

Publikācijas

Bitrate-based Video Traffic Classification (2023)

Evaluation of Received Signal Power Level and Throughput Depending on Distance to Transmitter in Testbed for Automotive WLAN IEEE 802.11ac Communication Network (2022)

Comparision of the Simplest Ways to Reduce Radiated Emissions for Prototyped Device (2022)

Autotransporta bezvadu sakaru tīklu veiktspējas pētīšana un tās paaugstināšana (2021)

Improving Handover Mechanism in Vehicular WiFi Networks (2020)

Technical and Economic Analysis of Transport Telecommunication Infrastructure (2019)

The Relationship Between Transport Wireless Network Throughput and Vehicle Speed (2018)

Hybrid Vehicular IEEE 802.11n and LTE Wireless Network Performance Evaluation in Non-Stationary Mode of Motion (2018)

Analysis of Characteristics and Requirements for 5G Mobile Communication Systems (2017)

Spectrum Considerations for 5G Mobile Communication Systems (2017)

Projekti

Telekomunikāciju institūts (34-13100-RSFF.TKI)

Transporta elektronikas un telemātikas katedra (34-13010-RSFF.TETK)

Bitrate-based Video Traffic Classification
(2023)

Evaluation of Received Signal Power Level and Throughput Depending on Distance to Transmitter in Testbed for Automotive WLAN IEEE 802.11ac Communication Network
(2022)

Comparision of the Simplest Ways to Reduce Radiated Emissions for Prototyped Device
(2022)

Autotransporta bezvadu sakaru tīklu veiktspējas pētīšana un tās paaugstināšana
(2021)

Improving Handover Mechanism in Vehicular WiFi Networks
(2020)

Technical and Economic Analysis of Transport Telecommunication Infrastructure
(2019)

The Relationship Between Transport Wireless Network Throughput and Vehicle Speed
(2018)

Hybrid Vehicular IEEE 802.11n and LTE Wireless Network Performance Evaluation in Non-Stationary Mode of Motion
(2018)

Analysis of Characteristics and Requirements for 5G Mobile Communication Systems
(2017)

Spectrum Considerations for 5G Mobile Communication Systems
(2017)