THIS STUDY IDENTIFIES PRODUCTIVE MOVEMENTS OF CONTAINERS AND EXAMINES THE PRODUCTIVITY OF CONTAINER STACKING AND RETRIEVAL OPERATIONS IN CONTAINER TERMINALS USING AUTOMATED YARD GANTRY CRANES. IT USES THE INDICES OF ACCESSIBILITY AND INTRODUCES A COMPREHENSIVE DEFINITION FOR THE PRODUCTIVITY OF CONTAINER TERMINAL OPERATION. THIS STUDY SETS UP A BASIS FOR THE ENHANCEMENT OF PRODUCTIVITY AND UTILISATION OF TIME AND SPACES IN THE MODERN CONTAINER TERMINALS. IT IS ARGUED THAT A CONSIDERABLE SAVING IN THE CYCLE TIME AND RE-HANDLINGS OF CONTAINERS CAN BE ACHIEVED BY THE ENHANCEMENT OF THE STACKING BLOCKS. REDUCING THE CYCLE TIMES WILL HELP THE GANTRY CRANES TO SIGNIFICANTLY CONTRIBUTE IN THE REDUCTION OF THE TURNAROUND TIME OF CONTAINERSHIPS AT CONTAINER TERMINALS.

THIS STUDY EXAMINES THE RELATIONSHIP BETWEEN Automation AND SATISFACTION OF CLIENTS OF SOCIAL SECURITY IN THE CITY OF MARAND. THE STATISTICAL POPULATION ARE MANAGEMENT AND RETIRED PERSONNEL IN THE CITY OF MARAND, WHO ARE HIGH SCHOOL GRADUATES OR HIGHER, RESPECTIVELY. THE NUMBERS OF THIS STATISTICAL POPULATION ARE 7000. STATISTICAL SAMPLE IS CALCULATED BASED ON THE METHOD OF COCHRANE WHICH ARE 364 PEOPLE. THE METHODOLOGY OF RESEARCH IS DESCRIPTIVE AND DATA COLLECTION TOOL WAS A LIKERT QUESTIONNAIRE WITH 5ITEMS. THE VALIDITY OF QUESTIONNAIRE BY EXPERTS AND RELIABILITY THROUGH CRONBACH'S ALPHA TEST WAS CONFIRMED. COLLECTED DATA WAS ANALYZED BY T-STUDENT DISTRIBUTION. ACCORDING TO THE ANALYSIS, THE USE OF Automation TO INCREASE ACCURACY IN WORK, REDUCE ADMINISTRATIVE BUREAUCRACIES, INCREASING THE SPEED OF RESPONSE TO CLIENTS, INCREASING THE NUMBER OF SERVICES OFFERED TO CLIENTS, WHICH IS THE RESULT OF CUSTOMER SATISFACTION.

NOWADAYS MICROSERVICE, AS ONE OF THE MOST IMPORTANT ARCHITECTURAL APPROACHES TOWARDS CLOUD COMPUTING, HAS CAUGHT THE ATTENTION OF MANY DEVELOPERS. TO GIVE A SIMPLE DEFINITION OF MICROSERVICE, IT COULD BE SAID: EACH MICROSERVICE IS COMPLETELY INDEPENDENT, AND IMPLEMENTS A PART OF THE BUSINESS, WHICH IS COMPOSED OF SEVERAL MICROSERVICES. EACH MICROSERVICE COULD BE DEPLOYED, UPDATED, AND SCALED, WITHOUT ANY IMPACT ON OTHER MICROSERVICES, AND IT IS ALL AUTOMATED. AMONG AGILE METHODS, CONTINUOUS DELIVERY HAS PLAYED AN IMPORTANT ROLE IN DEVELOPMENT PROCESS OF MICROSERVICE-BASED SYSTEMS. CONTINUOUS DELIVERY PROVIDES FASTER DELIVERY OF CHANGES AND FASTER GETTING CUSTOMER’S FEEDBACKS. CONTINUOUS DELIVERY CONSISTS OF MANY SECTIONS, ONE OF WHICH IS SOFTWARE TEST. ONE OF THE CHALLENGES OF AUTOMATED DEPLOYING OF NEW RELEASES TO PRODUCTION ENVIRONMENT, IS SOFTWARE RELIABILITY, THAT IN CASE IT IS BREACHED, THE BENEFICIARIES WOULD SUFFER CONSIDERABLE LOSSES. REGRESSION TEST IS ONE OF THE TESTS USED FOR ENSURING RELIABILITY, WHICH COMPARES TWO SYSTEM VERSIONS BASED ON VARIOUS METRICS. THIS PAPER PROPOSES AN AUTOMATED METHOD IN RUNNING THIS TEST, WHICH PLACES REGRESSION TEST IN CONTINUOUS DELIVERY STEPS, WHICH TESTS OPERABILITY OF THE LAST DEVELOPED VERSION AS A BLACK BOX, AND PREVENTS WRITING TEST UNIT. FINALLY, MICROSERVICE DEVELOPERS COULD ENSURE THE OPERABILITY OF THE DEVELOPED MICROSERVICE DEPENDENCIES THROUGH INVESTIGATING OBTAINED COMPARISONS.

THE PAPER PROVIDES A BRIEF EXPLANATION OF THE Automation AND SCADA INDUSTRY ALONG WITH NETWORKING SCHEMES. PROTOCOLS AS A CRUCIAL PART OF THE SYSTEM ARE EXPLORED IN DEPTH. IN ADDITION, COMMONLY USED PROTOCOLS AND STANDARDS ARE MENTIONED CONCISELY. THE NEWEST INVENTION OF THE IEC STANDARDS COMMITTEE, KNOWN AS IEC 61850, IS ALSO INTRODUCED. IEC 61850 AND UCA HAVE PROMISING ADVANTAGES OVER OTHER PROTOCOLS AND WILL GREATLY CHANGE SCADA SYSTEMS TODAY. ALSO, A GENERAL GUIDELINE IS PROVIDED FOR PROTOCOLS, WHICH IS THEN USED TO CREATE A COMPARISON CHART FOR THEM.