CASPIAN JOURNAL

MANAGEMENT AND HIGH TECHNOLOGIES

2022: №1 (57)
Дата выхода в свет 26.04.2022

Karabak I.I., Zorin K.A., Azhmukhamedov I.M.
PARSING OF TELEGRAM CHANNELS AS AN ELEMENT OF THE SYSTEM OF AUTOMATED ANALYSIS OF INFORMATION RECEIVED FROM THE INTERNET
9-17
Ivanova N.A., Kubanskikh O.V.
CREATING A CORPORATE EMAIL SYSTEM USING A CONFIGURATION MANAGEMENT SYSTEM
17-26
Amshinov N.M., Azhmukhamedov I.M.
SYSTEM ANALYSIS OF THE MAIN ENVIRONMENTAL THREATS TO THE ENVIRONMENT DURING THE OPERATION OF GAS WELLS
26-38
Nguyen T.V., Kravets A.G., Shcherbakov M.V.
METHOD FOR DEVELOPMENT TRENDS ANALYSIS OF ASSET PERFORMANCE MANAGEMENT TECHNOLOGIES
39-53
Kinzhalieva A.R., Khanova A.A.
SYSTEM MODELING OF THE COST DYNAMICS OF THE MANAGEMENT PROCESS OF OPERATIONAL-FIELD TEAMS OF AN ELECTRIC GRID COMPANY
53-64
Kataseva D.V., Ismagilov I.I.
NEURO-FUZZY MODEL AND SOFTWARE COMPLEX FOR FORMING KNOWLEDGE BASES FOR OBJECTS STATE ASSESSING
65-76
Mikhailichenko A.V., Parashchuk I.B.
ELEMENTS OF FUZZY-GRANULAR COMPUTING IN APPLICATION TO THE TASKS OF ANALYZING THE TECHNICAL RELIABILITY OF DISTRIBUTED DATA PROCESSING SYSTEMS
77-84
Tanygin M.O., Kuleshova E.A., Mitrofanov A.V., Gladilina E.Y.
INCREASING THE SPEED OF ERROR DETECTION WHEN FORMING CHAINS OF DATA BLOCKS BASED ON THE ANALYSIS OF THE NUMBER OF HASH MATCHES
85-93
Kochnev S.V., Lapsar A.P., Baraboshkina A.V.
DESIGNING THE MARKOV MODELS-BASED STRUCTURE FOR CRITICAL INFORMATION INFRASTRUCTURE OBJECTS OF PRODUCTION PROCESSES
93-105
Grigoriev R.I., Osipova I.A.
ANALYSIS OF FEATURES OF MONITORING OF LOCAL DOMAIN NETWOK CLASS C BY USING THE TOOL MICROSOFT POWERSHELL
106-113
Petrenko V.I., Tebueva F.B., Anzorov A.R., Struchkov I.V.
A METHOD FOR PROTECTING A MACHINE LEARNING SYSTEM FROM MALICIOUS PROGRAMS
113-127
Rybakov A.V., Vybornov N.A., Rybakov I.A.
ANALYSIS OF COMPUTER VISION METHODS PROMISING FOR USE IN THE AGRO-INDUSTRIAL COMPLEX
128-138
Germashev I.V., Dubovskaya V.I., Losev A.G., Popov I.E.
FACTOR ANALYSIS OF THE INFLUENCE OF SIGNS ON THE ACCURACY OF BREAST CANCER DIAGNOSIS ACCORDING TO MICROWAVE RADIOTHERMOMETRY
139-148