Recognition of Entrepreneurship Program in Independent Campus Policies: Indonesian Case

This paper aims to explain the factors that influence entrepreneurship programs in the Independent Campus policy. This paper is part of an Independent Campus policy study initiated by the Ministry of Education and Culture of the Republic of Indonesia in 2020 with objects in 5 (five) universities: 2 (two) accredited A, 2 (two) accredited B, and 1 (one) accredited C The data was collected through on-line discussions, particularly regarding entrepreneurship programs. This study also distributed questionnaires related to questions about entrepreneurship programs to respondents from representatives of rectorate leaders, faculties, study programs, lecturers, and others. The analysis was carried out through quantitative techniques with the help of the Lisrel 87.0 program technique, enriched with qualitative techniques based on information obtained from on-line discussions. The results of the study found that campus policy factors, apprenticeship programs, and exploration of local potential had a positive effect on competency development, application, and entrepreneurship learning. In addition, learning that takes into account these factors also affect students' commitment to become entrepreneurs after completing their studies. The implementation of entrepreneurship programs must pay attention to these influencing factors, the contribution of indicators for each factor, and apply recognition related to standard processes and achievement of competency program results. Received: 15 February 2021 / Accepted: 23 June 2021 / Published: 8 July 2021

Classifying Co-Resident Computer Programs Using Information Revealed by Resource Contention

Modern computer architectures are complex, containing numerous components that can unintentionally reveal system operating properties. Defensive security professionals seek to minimize this kind of exposure while adversaries can leverage the data to attain an advantage. This paper presents a novel covert interrogator program technique using light-weight sensor programs to target integer, floating point, and memory units within a computer's architecture to collect data which can be used to match a running program to a known set of programs with up to 100\% accuracy under simultaneous multithreading conditions. This technique is applicable to a broad spectrum of architectural components, does not rely on specific vulnerabilities, nor requires elevated privileges. Furthermore, this research demonstrates the technique in a system with operating system containers intended to provide isolation guarantees which limit a user's ability to observe the activity of other users. In essence, this research exploits observable noise that is present whenever a program executes on a modern computer. This paper presents interrogator program design considerations, a machine learning approach to identify models with high classification accuracy, and measures the effectiveness of the approach under a variety of program execution scenarios.

EFFECT OF AN ANNUAL TAEKWONDO TRAINING PROGRAM ON THE ELECTROMYOGRAPHIC CHARACTERISTICS OF FRONTAL KICK YOP CHAGI

Taekwondo is one of the most difcult and complex but one of the most complete and exciting Olympic sport. Fitness and conditioning are what you need to gain points with kicks that determine the level of competitive ability. The purpose of this study is to examine the results of an annual training program, in selected electromyographic variables of Yop chagi to maximize the performance of Taekwondo athletes. The sample consisted of 20 Taekwondo athletes, advanced holders of Black Belt, aged M = 19.11 years, sd = 3.45, height M = 1.73 cm, sd = 6.80 and weight M = 67.23 Kg, sd = 12.73 which were divided into 2 equal groups. The rst team (TT), Training Team followed a specic tness program, technique. The second group followed its own program, Control Group (CG). Surface electrodes (motion control co.) with preamplier, an electronic shield (approved by the WTF) were used for the measurements. Electromyographic characteristics of the test were measured with the APAS (Ariel Performance Analysis System), dynamic and evaluated with Bioanalysis program. Three measurements were performed in this study, an initial, an intermediate a nal measurement at the end of the program. The subject executes the technique of Yop Chagi kick, on the opponent's electronic chest, with simultaneously electromyographic activity of the Rectus Femoris (RF), the long head of Biceps Femoris (BF) and the lateral head of Gastrocnemius (GAS). The neuromuscular activity recorded during the execution of the technique in the experimental group for each muscle group is different from that of the control group. Athletes who followed the annual program improved their muscular pre-activation and activation, responded successfully enough to the execution of the kick, since a successful kick depends on both technical and physical condition

Specific Technique for Examination of Industrial Equipment in Forensic Commodity Evaluation

The article presents a program (technique) for research in forensic commodity examinations involving market value assessment of industrial equipment. The subject matter and the object of forensic commodity examinations of industrial equipment are identified, the range of tasks faced by a commodity expert is outlined; the most common questions raised to the experts are listed. The methods for expert study are described as well as a particular example from expert practice is given. The author suggests a sequence and main stages of the expertise in question, including the one using only the provided documents if they contain the necessary information about the object of the research and its “life cycle”. Using the documents, an expert can draft an “image of the object” and establish the factors affecting its quality, possible reasons for quality change, the extent of deterioration in quality and others. The article addresses the difficulties emerging before the experts during the examination of the industrial equipment, which are mostly related to the assessment of its wear and tear at a specific date.

PROFIL PEMECAHAN MASALAH MATEMATIKA MAHASISWA MENGGUNAKAN LANGKAH POLYA BERDASARKAN GAYA KOGNITIF FIELD INDEPENDENT DAN FIELD DEPENDENT

Based on the experience of the researchers taught the subject of Economic Mathematics many students who have not been able to solve the problem solving. One alternative that can be used to solve the problem is by using Polya steps. When solving a mathematical problem, each student has a different way of thinking. The difference is possible because of differences in student cognitive style. The cognitive styles used in this research are Field Independent cognitive style and Field Dependent cognitive style. The material chosen in this research is the demand function, the Bid Function, the Savings Function and the Taxation Function. This research is a descriptive research with qualitative approach which aims to describe the problem solving ability of student mathematics using Polya steps in terms of cognitive style of FI and FD. Subjects in this research are students of VI semester of Mathematics Education Program. Technique of taking research subject is by purposive sample. The results showed that FI subject understood the problem well. In the planning step, the FI subject can analyze the information received. Subjects use previously learned information and solve problem-solving given to the problem as planned and check back on each question. The subject of FD can not receive information and understand the problems that exist in the problem and can not process information/do not understand the purpose of the problem. In the planning step, the subject of FD is unable to think how to solve the problem and is not accustomed to rechecking

Research on the Simulation of Auxiliary Boiler System on Ships

The present thesis employs VC++ program technique and digital simulation to design and develop simulation for auxiliary boiler system on ships based on PC desktop. The thesis aims to help students to grasp the operation of auxiliary boiler system expertly in connection with the restraining factors on safety and economy existing in real teaching and training. The results of analog simulation and application show that: Simulation for auxiliary boiler system on ships is capable of simulating the operation and control process of real one; it is convenient for students to master the characteristics and grasp the common faults of auxiliary boiler system; it helps to elevate students’ level of maintenance and management so that the safety operation of machines on ships can be better secured.

APLIKASI TEKNIK PENGENDALIAN MUTU PROSES PEMBELAJARAN

This paper will describe about methods or tools for approach of Quality Control, involving functions in educational institution to monitoring, controlling and increasing the effect of Learning Process in Study Program. Technique of Control Chart, Survey of Student, and House of Quality (HOQ) used to justify the methods in one subject as an integrated system.