Topic 4 : New developments, interoperability, intelligent measurements, and integration

KN4_1: The framework of next generation automatic weather station in China

Dr Xiaozhong Cao (China) et el.

O4_1: Development of Innovative Technology to Provide Low-Cost Surface Atmospheric Observations in Data Sparse Regions

Dr Paul Anthony Kucera (United States of America) et el.

O4_2: Application of button-size temperature sensors for micro-climate study of the urban environment of Hong Kong

Mr Ying Wa Chan (Hong Kong, China) et el.

O4_4: IT-Security for Meteorological Measuring Networks

Mr Gerhard Pevny (Austria) et el.

O4_5: SEA new efficient approach of code and data management in remote measuring networks

Mr Bojan Cernac (Slovenia)

O4_6: Automatic Weather Station Design for demanding environments

Mr Jorma Islander (Finland)

O4_7: Advancement of Community Weather Information Network through the Use of Low-cost Automatic Weather Station

Mr Kwong Hung Tam (Hong Kong, China) et el.

O4_8: The Influence of the Radiation Effect of Louvred Screens on the Air Temperature Measurement

Mr Jiade Yan (China) et el.

O4_9: Method for Grade Evaluation of Automatic Meteorological Stations based on Satellite Data

Prof Chenggang Wang (China) et el.

Posters

P4_3 The heat is on: patented rain gauges technology for cold climates

Dr Andrea Costantini (Italy)

P4_5 The introduction of a new type of intelligent tipping bucket rain sensor

Mr Xuguang Li (China) et el.

P4_6 An intelligent framework of Automatic Weather Station

Mr Jun Liu (China)

P4_8 The introduction of the integrated processor unit

Dr Fa Tao (China) et el.

P4_9 An IoT-based Automatic Station for gradient observation of Microclimate in Mountain Profile

Mr Ning Li (China) et el.

P4_10 Sentinel: System for the remote calibration of pyranometers in the automatic meteorological stations network of the Meteorological Service of Cuba

Mr Juan Carlos Peláez Chávez (Cuba) et el.

P4_11 The new automatic weather stations at DWD

Dr Raoul Zimmermann (Germany)