Annals – Series on Science and Technology of Information


 

ISSN PRINT2066 – 2742       ISSN ONLINE 2066-8562    

   Description | Editorial Board | Instructions for authors | Template   | Archive   


 

2024 Volume 17 No 1 – 2024     

This issue has assigned DOI for each article                   

2023 Volume 16 No 1-2 – 2023     

This issue has assigned DOI for each article                   

2022 Volume 15 No 1-2 – 2022     

This issue has assigned DOI for each article                   

2021 Volume 14 No 1-2 – 2021   

This issue has assigned DOI for each article                     

2020 Volume 13 No 1-2 – 2020                        
2019 Volume 12 No 1 – 2019                        
2018 Volume 11 No 1 – 2018              Volume 11 no. 2 / 2018             
2017 Volume 10 No 1 – 2017              Volume 10 no. 2 / 2017
2016 Volume 9 No 1 – 2016                Volume 9 no. 2 / 2016
2015 Volume 8 No 1 – 2015                Volume 8 no. 2 / 2015
2014 Volume 7 No 1 – 2014                Volume 7 no. 2 / 2014
2013 Volume 6 No 1 – 2013                Volume 6 no. 2 / 2013
2012 Volume 5 No 1 – 2012                Volume 5 no. 2 / 2012
2011 Volume 4 No 1 – 2011                Volume 4 no. 2 / 2011
2010 Volume 3 no. 1 / 2010               Volume 3 no. 2 / 2010
2009 Volume 2 no. 1 / 2009              Volume 2 no. 2 / 2009
2008 Volume 1 no. 1 / 2008               Volume 1 no. 2 / 2008

 

CURRENT ISSUE       Volume 12, No 1 – 2019

 

Abs.Article C. ONEA, P. E. STERIAN, I. R. ANDREI, M. L. PASCU
ASPECTS OF CHAOTIC DYNAMICS OF THE SEMICONDUCTOR LASER EMISSION OBTAINED IN DIFFERENT EXTERNAL OPTICAL FEEDBACK CONDITIONS

 

Abs.Article Ciprian ILIESCU
CHARACTERIZATION OF TEOS THIN FILM DEPOSITIONS ON PECVD REACTORS

 

Abs.Article Angela BARACU, Valentin BUICULESCU, Monica NEDELCU, Adrian DINESCU, Raluca MÜLLER, Gheorghe BREZEANU
MANUFACTURE OF LOW COST SAW DEVICES FOR CHEMICAL SENSING

 

Abs.Article Florin GAISEANU
ANALYTICAL SIMULATION OF THE PULL-IN VOLTAGE TO EVALUATE THE PROCESS INDUCED STRESS AND YOUNG’S MODULUS INTO THE MICROMACHINING POLYSILICON LAYERS BY THE PULL-IN VOLTAGE METHOD