Practical teaching in higher vocational colleges is an important part in the teaching of programming courses. In order to strengthen the experimental training management, improve students' learning enthusiasm, and...
Practical teaching in higher vocational colleges is an important part in the teaching of programming courses. In order to strengthen the experimental training management, improve students' learning enthusiasm, and further optimize the practical teaching design, an experimental training platform of the course is constructed. the experimental projects are designed based on the software life cycle and the enterprise standard project development process. Practice has proved that the use of the platform will become an important support for practical teaching. through the implementation of big data analysis and evaluation of training results, students' teamwork ability and practice level have been further improved.
the article discusses various devices and gadgets for people with disabilities and people with disabilities. Such devices and gadgets help disabled people and people with limited health abilities to better navigate sp...
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ISBN:
(数字)9798350371369
ISBN:
(纸本)9798350371376
the article discusses various devices and gadgets for people with disabilities and people with disabilities. Such devices and gadgets help disabled people and people with limited health abilities to better navigate space and remind them of dangerous objects. At the Russian State Social University, an important place is given to working with people with disabilities. there is a resource center and many elements of an accessible environment. therefore, students for their design choose topics aimed at developing such devices, namely: device for spatial orientation of persons with disabilities (vision); device for primary assessment of room climate parameters; prototype of a robotic assistant for people with disabilities based on a KUKA industrial robotic manipulator with an electric gripper; a prototype of a robotic assistant for cargo delivery. these devices are developed by students while studying the basics of programming, electronics and robotics to gain primary skills in performing real projects. the students gain important experience in designing prototype systems that function in real-world environments and perform real-world tasks. In addition, it is valuable here for students to acquire programming skills in C++ (Wiring version for the Arduino platform), Python, Processing and others.
EEPROM (Electrically Erasable Programmable Read-Only Memory) devices are the basic building blocks of modern non-volatile memories. Today, EEPROM chips are a crucial type of storage for computers and mobile devices. T...
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EEPROM (Electrically Erasable Programmable Read-Only Memory) devices are the basic building blocks of modern non-volatile memories. Today, EEPROM chips are a crucial type of storage for computers and mobile devices. this research study uses COMSOL Multiphysics software to create a single-cell floating gate EEPROM device and its current and charge properties are then calculated. A stationary analysis calculates the device's current-voltage response for both a charged and uncharged floating gate. then, using time-based studies, a simulation is done to see how transient voltage pulses affect the control gate. these simulations were carried out to demonstrate the operation and effectiveness of the system. So, the EEPROM device model created in this study may act effectively as a storage tube through the tunnel oxide layer, offering greater storage functionalities, improved work efficiency, and reduced power consumption.
Performance is considered an important feature rather than the application of programming techniques for better software design in most scientific software developers. therefore, the problem arises if the software is ...
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this paper solves the issue of optimal location of phasor measurement unit (PMUs) using excel solver technology. the proposed method is implemented on standard IEEE 7, IEEE 9, IEEE 14, and IEEE 57 bus system. the opti...
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this paper examines the possibility of using machine-based learning methods to detect signs of cardiovascular disease and the development of respiratory tract infections. ECG Heartbeat Categorization Dataset was taken...
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programming language is known among computer science students. One should know at least one programming language throughout their studies. However, mastering one programming language is challenging. Most of the new st...
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Research assessment is an important basis for university funding and a solid pillar of the national innovation system. the Italian research assessment VQR has been reformed rapidly with outstanding achievements and re...
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Over the past decades, the speed and bandwidth of internet systems have dramatically improved. Alongside this, the expansion of cloud server providers, in terms of both price and efficiency, has paralleled the develop...
Over the past decades, the speed and bandwidth of internet systems have dramatically improved. Alongside this, the expansion of cloud server providers, in terms of both price and efficiency, has paralleled the development of various website, applications and household devices that can be accessed via the internet. the development of API Services to support these various services necessitates several considerations, one of which is the choice of language for API Service development. In this study, we compare the performance of four popular languages used for developing Web services or API Services: PHP, ***, Python, and Golang. We experiment three abilities: data querying and transmission, file management, and CPU utilization for computations. the outcomes are measured in terms of response time and CPU usage. Our experiments reveal that when the system has a low number of users, both *** and Golang respond well and have similar response times. However, as the number of users in the system increases, Golang responds better than ***.
the load restoration scheme of bulk power systems suffering outages faces significant challenges due to the aftermath of natural disasters. the probability of transmission lines tripping again in the load restoration ...
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ISBN:
(数字)9798350359558
ISBN:
(纸本)9798350359565
the load restoration scheme of bulk power systems suffering outages faces significant challenges due to the aftermath of natural disasters. the probability of transmission lines tripping again in the load restoration process after disasters is notably higher than that under normal operating conditions. this aspect, however, has not been thoroughly explored in existing research. this paper proposes a load restoration strategy for bulk power systems considering worst-case contingencies. the proposed strategy comprises a master problem and a bi-level based subproblem. In the master problem, a load restoration model is introduced to minimize outage losses based on the worst contingencies identified by the subproblem. the subproblem is modeled as a bi-level second-order cone programming (SOCP) model and its objective is to minimize load shedding costs to identify the worst contingency. By using duality theory, we reformulate the bi-level model into a single-level one, rendering the subproblem solvable. the IEEE 30-bus system is employed to verify the effectiveness of the developed models and strategy.
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