Comments on "Weighting Method for the Determination of the Irredundant Set of Prime Implicants"

1974 ◽  
Vol C-23 (6) ◽  
pp. 646-646
Author(s):  
P.S. Noe ◽  
V.T. Rhyne ◽  
S. Suraratrungsi
2021 ◽  
Vol 23 (2) ◽  
pp. 133-141
Author(s):  
Renny Puspita Sari ◽  
Ferdy Febriyanto ◽  
Ibnur Rusi

Majors are part of higher education institutions that a very important role determining the thesis student supervisor . At the Department of Information Systems, Faculty of Mathematics and Natural Sciences (MIPA) the determination of the thesis supervisor is carried out through a lecturer meeting based on its title in accordance with the competence of the lecturer who will guide, regardless of the number of lecturers' workload or the number of students being supervised. The results of the decision of the meeting to determine the supervisors will be announced to students after the meeting is held. This flow inefficient and may lead to ineffective determination of the supervisor . The final result of the system shows that the Simple Additive Weighting (SAW) method can be applied to determine the weight value of each attribute so as to produce a ranking of each alternative lecture who will be selected as a student supervisor for the thesis according to the result of computerized and accurate calculations.


2017 ◽  
Vol 63 (2) ◽  
pp. 165-169
Author(s):  
V. C. Prasad

Abstract Two new problems are posed and solved concerning minimal sets of prime implicants of Boolean functions. It is well known that the prime implicant set of a Boolean function should be minimal and have as few literals as possible. But it is not well known that min term repetitions should also be as few as possible to reduce power consumption. Determination of minimal sets of prime implicants is a well known problem. But nothing is known on the least number of (i) prime implicants (ii) literals and (iii) min term repetitions , any minimal set of prime implicants will have. These measures are useful to assess the quality of a minimal set. They are then extended to determine least number of prime implicants / implicates required to design a static hazard free circuit. The new technique tends to give smallest set of prime implicants for various objectives.


Author(s):  
Mifta Reza Yolanda ◽  
R. Mahdalena Simanjorang

This study examines how to design an application for the Deli Serdang Civil Service Police Unit in order to Facilitate the Process of Determining Salaries employee. With this application, it is hoped that it will make it Easier for the Office to Determine the determination of employee Salaries so that it is faster and more accurate. The SAW method certainly uses a more Appropriate assessment Because it is based on a criterion value of a predetermined preference weight. With the existence of accurate the data will be Able to minimize the time wasted and Be Able to use the system that is being designed. Data managed in the Office still uses Excel so that in its implementation the the data is still vulnerable to being scattered and the possibility of vulnerability to damage and loss of data.


2020 ◽  
Vol 6 (1) ◽  
pp. 37
Author(s):  
Andri Andreas ◽  
Antonius Wiryadinata ◽  
Halim Agung

Bantuan Pangan Non Tunai (BPNT) is a program organized by the government in overcoming poverty and food needs. The BPNT program aims to reduce the burden of expenditure and provide more balanced nutrition to Beneficiary Families (KPM). However, in the implementation of the BPNT program there were still technical problems, including the determination of potential BPNT recipients who were wrongly targeted. To facilitate Government in determining prospective BPNT recipients, the authors make a decision support system using the Simple Additive Weighting method where this system generates ranking to choose citizens who are entitled to receive BPNT through calculating the criteria of each alternative. It is expected that this application can provide recommendations for prospective BPNT recipients who are more targeted.


Author(s):  
A. S. Timofeeva ◽  
T. V. Nikitchenko ◽  
A. A. Kozhukhov ◽  
N. I. Mazur

Hot briquetted iron (HBI), as also metallized pellets, undergo oxidation during transportation and storing. To forecast acceptable duration of HBI storing with metallurgical value retention it is important to have scientifically based data on the briquettes secondary oxidation speed. Methods of determining metallized pellets secondary oxidation speed are presented in domestic and foreign practice, but the matter of HBI secondary oxidation in scientific and technicalliterature practically is not covered. To determine HBI secondary oxidation speed two methods elaborated and tested at the Department of metallurgy and metal science of Stary Oskol Technological Institute after A.A. Ugarov (branch of National Research Technological University “MISiS”). The first– weighting method – based on determining of metal iron content change in HBI during a long term storing. During the experiment the mass of each briquette was weighted every 12 h within a month. The result of metal iron content determining by the experiment and by a chemical analysis had a difference of less than 1%. The weighting method enables to obtain the HBI reaction ability values without particular expenses, but requires carrying out long term enough experiments untilcomplete moisture removal out of the studied samples. The other method – determination of oxygen absorption speed bybriquettes in a closed vessel. It enables determining the reaction ability of the reduced iron within a comparatively short period, enables sufficient reliability duringthe briquettes testing. Based on it a methodology elaborated for determining of HBI secondary oxidation speed, meeting the requirements of real production. During loading-unloading operations, briquettes can partially go to ruin. The forming fragments of different sizes undergo a higher degree of oxidation that decreases the HBI metallurgical value. In view of this, studies of HBI oxidation speed continue depending on different sizes content and finalization of the methodology of determination of HBI secondary oxidation speed.


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