Kongzhi yu Juece/Control and Decision (ISSN:1001-0920) is a monthly peer-reviewed scopus indexed journal originally founded in 1986. It is sponsored by the Ministry of Education, china and Northeastern University, china. Kongzhi yu Juece/Control and Decision (ISSN:1001-0920) has always adhered to the correct purpose of running the journal, and has been committed to gathering and disseminating excellent academic achievements, inspiring technological innovation, and promoting the development of disciplines in my country.Aiming at major national needs and international frontiers, this journal has published a large number of original and high-level research result. The journal was selected into the "China Science and Technology Journal Excellence Action Plan Project" in December 2019.In the future, it will strive to build an open innovation, collaborative integration.
This study investigates the effect of hierarchical and impregnated treatment on LudoxZSM-5 by means of computational simulation, namely Rietveld refinement analysis on diffraction pattern samples from X-Ray Diffraction using MAUD (Material Analysis Using Diffraction) software with the special feature MTEX. The results of this analysis found that the hierarchical treatment and impregnation of the mixed metal Fe-Co on LudoxZSM-5 caused a change in the crystalline phase. The initial phase of LudoxZSM-5 is similar to the orthorhombic MFI type, which undergoes a phase change after the hierarchy is
Cocoa black pod disease is a severe danger to global cocoa output. Mathematical models are commonly utilized to investigate disease transmission patterns and develop efficient control techniques. In this study, we investigated the dynamics of cocoa black pod disease spread using a mathematical model. The model's foundation is a system of ordinary differential equations that describes the interactions between susceptible (cherelles, young and mature pod, ripe pod), latent, infected, and recovered cocoa pods, as well as the population dynamics of the disease-carrying pathogen. The developed mode
Servers are usually used in organizations for storing and securing relevant data. Data should be kept safe and accessed in real-time, thereby dictating the essentiality of the safety of the servers for an organization to fulfil its goals and objectives. Therefore, there is the need to efficiently monitor each server and mitigate all factors that can cause downtimes in its operations. This study implemented an extended node-life wireless sensor network that monitored and controlled the temperature and relative humidity parameters within a server room. The system was modelled using Kinetic Batte
Surge protector systems are designed to protect electrical equipment against high voltage transients - surges. During operations, they develop faults and may fail to provide the required protection without users being aware. Hence, the necessity for a more reliable and effective way of monitoring such systems using the Internet of Things (IoT) technology. This paper presents a an IoT based implemented model which adequate monitor the system status in a distributed approach, and also predict the probability of subsequent failure. The surge protector monitoring system was built using a Zmpt101b
For customers to receive dependable service, damaged lines need to be repaired as quickly as possible and put back in use. All types of faults must be avoided to ensure or reduce how much energy can be distributed with ease. Estimates for both sustained and transitory faults are provided by fault locators. The little damage brought on by transient defects is difficult to see during an inspection. Locators for faults aid in pinpointing the places for quick repairs to stop recurrence and the ensuing significant harm. This paper discusses a few distribution system fault location strategies used i