RTU Research Outputs and Resources: Reasearch Staff

Information about Author

Name, Surname:

Arnis Ancāns

Department:

(33300) Fotonikas, elektronikas un elektronisko sakaru institūts

Scientific Degree:

Doktors

E-mail:

Arnis.Ancans(at)rtu.lv

Publications

24 items found, displaying 21 to 24.

Analysis of Routing Protocols in Wireless Networks with Moving Objects
(2014)

Arnis Ancāns, Aleksandrs Ipatovs
Conference paper

Determination of 3D Surface Roughness Parameters by Cross-Section Method
(2014)

Jānis Rudzītis, Juris Krizbergs, Māris Kumermanis, Natālija Mozga, Arnis Ancāns, Armands Leitāns
Scientific article indexed in SCOPUS or WOS database

Investigation Into the Accuracy of 3D Surface Roughness Characteristics
(2014)

Māris Kumermanis, Jānis Rudzītis, Natālija Mozga, Arnis Ancāns, Aivis Grīslis
Scientific article indexed in SCOPUS or WOS database

Performance Evaluation of Integrated Vehicular Network
(2014)

Nikolajs Bogdanovs, Arnis Ancāns, Kārlis Martinsons, Ernests Pētersons
Publication (reviewed) in journals with editorial board published in Latvia or abroad, including institutional juornals

Projects

2 items found, displaying 1 to 2.

Telekomunikāciju institūts (34-13100-RSFF.TKI)

Ģirts Ivanovs

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

Ansis Klūga

Information about Author

Publications

Analysis of Routing Protocols in Wireless Networks with Moving Objects (2014)

Determination of 3D Surface Roughness Parameters by Cross-Section Method (2014)

Investigation Into the Accuracy of 3D Surface Roughness Characteristics (2014)

Performance Evaluation of Integrated Vehicular Network (2014)

Projects

Telekomunikāciju institūts (34-13100-RSFF.TKI)

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

Analysis of Routing Protocols in Wireless Networks with Moving Objects
(2014)

Determination of 3D Surface Roughness Parameters by Cross-Section Method
(2014)

Investigation Into the Accuracy of 3D Surface Roughness Characteristics
(2014)

Performance Evaluation of Integrated Vehicular Network
(2014)