Fast Production Research Articles

Low-Power Approximate Unsigned and Signed Multipliers with Configurable Error Recovery

In the field of Digital Signal Processing and similar applications, Approximate circuits are being explored as a means to enhance performance and energy efficiency by sacrificing a degree of accuracy. Within these circuits, Multipliers play a crucial role and are being investigated for their potential impact on overall system optimization. In this paper, a novel approximate multiplier with a low power consumption and a short critical path is proposed for high-performance DSP applications. This multiplier leverages a newly designed approximate adder that limits its carry propagation to the nearest neighbours for fast partial product accumulation. Different levels of accuracy can be achieved by using either OR gates or the proposed approximate adder in a configurable error recovery. The multipliers using these two error reduction strategies are referred to as Approximate Multiplier 1 (AM1) and Approximate Multiplier 2 (AM2), respectively. Both AM1 and AM2 have a low mean error distance, i.e., most of the errors are not significant in magnitude. Compared with a Unsigned multiplication multiplier, with the signed multiplication. The signed multiplication tends to have lower power consumption is observed. By utilizing an appropriate error recovery, the proposed approximate multipliers achieve similar processing accuracy as traditional exact multipliers, but with significant improvements in power.

Fluid-thermal characteristics of solar-exhaust gas powered dryer: An experimental validation

A new method of supplementing heat energy in a solar-exhaust gas greenhouse dryer has been experimentally evaluated in this paper. An internal combustion engine using diesel produced exhaust gas which was channeled to a hybrid recuperative heat exchanger (HRHE) for energy recovery. Fluid and thermal characteristics of the dryer were reported for three modes of drying: solar mode (SM), solar-exhaust gas mode (SEGM), and exhaust gas mode (EGM). Consequently, the dryer room air temperature were found as: 14.82–58.46 °C, 34.49–61.97 °C and 25.75–30.77 °C respectively. Moisture evaporated as a result of temperature variations were computed as: 0–20.8 g, 0–17.79 g and 0–22.33 g respectively. Fluid characteristics of exhaust gas included: average density of 0.7218 kg/m3, volumetric flow rates from 4.2×10−3 – 1.67×10−2 m3/s, maximum residence time of 418 s in HRHE, mass flow rates from 11.32 to 45.07 kg/h, velocity in connectors ranging from 2.14 to 8.52 m/s, velocity in tubes from 0.035 to 0.14 m/s, Reynolds number ranging from 2681 to 10674 in connectors and 344–1368 in tubes, Nusselt number ranging from 14 to 43 in connectors and constant at 3.66 in tubes. Available energy in exhaust gas was found in the range of 2082.32–16002.5 kJ/h, corresponding to temperatures of 197.19–359.82 °C as a result of engine speeds varied from 750 to 2500 rpm. Kinetic energy in exhaust gas increased with increased velocity for both tubes and connectors to a maximum of 39.79 kJ/h in connectors and 1.289×10−2 kJ/h in tubes. The significance of this study is in promotion of faster product drying in SEGM and slower drying for delicate products requiring low heat energy supply in EGM.

3D printers and their use in prosthetic dentistry

In recent years, the use of computer-aided design and computer-aided manufacturing (CAD/CAM) has increased considerably in addition to the traditional methods used in routine. CAD/CAM technology has many advantages. However, despite these advantages, it has a very important disadvantage such as material waste. Today, the technology that overcomes this problem is the additive manufacturing method with three-dimensional printers. This method has recently replaced the traditional subtractive computer-aided design and manufacturing technology in prosthodontics. The use of 3D printers has been increasing in recent years due to its advantages such as ease of production, time saving and material saving, freedom of design, error-free and faster production. It is also predicted that the use of this technology will increase in the future and will be the main method for digital manufacturing. The aim of this review is to evaluate the production methods of 3D printers, the areas of use in prosthodontics, the advantages and disadvantages of 3D production methods, and to review the purposes of use, materials used and developments in prosthodontics.

Implementasi Sistem Informasi Akuntansi Kredit Gadai Emas Di PT Pegadaian

This research was prepared to determine the procedures for granting, repaying, and auctioning gold pawn loans at PT Pegadaian (Persero) Tajur Branch Service Unit as one of the Fast and Secure Credit products offered by the company to the public to be able to obtain loans with collateral in the form of gold. The purpose of this writing is to find out about the Gold Pawn Credit Accounting Information System at PT Pegadaian and how the effectiveness of Internal Control on the Gold Pawn Information System at PT Pegadaian. The procedure for granting a gold pawn starts from a credit application, valuation of collateral, disbursement of credit loan funds, to storage of collateral, followed by settlement of the loan money within a maximum of four months by redemption, installments, or renewal. If the customer is unable to repay later, the collateral will be auctioned with the customer's consent based on the terms and conditions at the beginning of the credit loan process. Based on the results of the review, all of the above procedures have been carried out by the principles of good internal control, including standard procedures that are outlined in the form of flowcharts, there is a separation of duties made in the organizational structure and job descriptions, there are appraisers to overcome the risk of the insufficient value of collateral, there are adequate authorization procedures when granting credit and the auction process, there is verification of credit granting requirements, security of pawn deposits is very adequate, supported by a pawn application system and supporting documents to ensure the achievement of the objectives of granting credit with gold pawning. Keywords: Gold Pawn Credit Procedure, Internal Control, Accounting Information System

Fast generation of parametric neutronic models for stellarators. Coupling HeliasGeom and GEOUNED

The operation of the Wendelstein 7-X has highlighted stellarators as potential fusion power reactors. As a consequence, the pre-conceptual design of the next HELIAS stellarator has started in the framework of EUROfusion. During these first stages, it is essential to assess the feasibility of various stellarator concepts. It is important to emphasize that these concepts can vary significantly in terms of their overall shape and allocation of space for each component, including the vacuum vessel, breeding blankets, among others.Although pre-conceptual neutronic analysis can be conducted using straightforward yet representative neutronic models, such as simplified multilayer models with minimal geometric details, the intricate shape of stellarators presents challenges to produce them quickly. This issue prevents the effective parametric optimization of the concepts, creating a bottleneck in the design of HELIAS.In order to overcome this problem, we are developing a computational workflow for the fast production of parametric stellarator neutronic MCNP models. This work presents the current status of the scheme composed of two steps: HeliasGeom for the production of parametric multilayer CAD models, and GEOUNED for the translation of these models to MCNP CSG neutronic models.

Fundamental effects of using power ultrasound to accelerate C3S hydration

Activation of cement hydration accelerates hardening of concrete, enables faster production rates or production at similar frequency but significantly reduced CO2 emissions. The present study sheds light at the reason for accelerated cement hydration when power ultrasound (PUS) is applied during mixing.The investigations analysed the effect of PUS on dissolution of tricalcium silicate (C3S), homogeneous precipitation of C-S-H as well its effect on C3S-hydration. A combination of analytical techniques such as electric conductivity, optical emission spectroscopy, thermogravimetry, conduction reaction calorimetry, scanning electron microscopy and specific surface analysis were applied. It was revealed that PUS has a significant effect on paste hydration, which is induced by heterogenous nucleation of C-S-H and CH immediately after sonication. These hydrates were formed and dispersed by sonication thus acting as in-situ formed crystal seeds which shorten the induction period of C3S hydration.

X-ray Induced Electric Currents in Anodized Ta2O5: Towards a Large-Area Thin-Film Sensor.

We investigated the characteristics of radiation-induced current in nano-porous pellet and thin-film anodized tantalum exposed to kVp X-ray beams. We aim at developing a large area (≫cm2) thin-film radiation sensor for medical, national security and space applications. Large area (few cm2) micro-thin Ta foils were anodized and coated with a counter electrode made of conductive polymer. In addition, several types of commercial electrolytic porous tantalum capacitors were assembled and prepared for irradiation with kVp X-rays. We measured dark current (leakage) as well as transient radiation-induced currents as a function of external voltage bias. Large transient currents (up to 50 nA) under X-ray irradiation (dose rate of about 3 cGy/s) were measured in Ta2O5 capacitors. Small nano-porous Ta and large-area flat Ta foil capacitors show similar current-voltage characteristic curve after accounting for different X-ray attenuation in capacitor geometry. The signal is larger for thicker capacitor oxide. A non-negligible signal for null external voltage bias is observed, which is explained by fast electron production in Ta foils. Anodized tantalum is a promising material for use in large-area, self-powered radiation sensors for X-ray detection and for energy harvesting.

Earth, the new liquid stone: Development and perspectives

Revitalizing earth materials within the contemporary construction sector is advantageous in light of the imperative to decarbonize the industry in response to climate change. With the liquid processing characteristics, poured earth or self-compacting earth materials attract increasing interest due to their fast and easy production. Can poured earth be the liquid stone of the 21st century? In this perspective article, authors present different strategies allowing designing poured earth and identify challenges and opportunities given by this new liquid stone.

Development of semi-finished fish products for the fast food industry

One of the segments of public catering market both abroad and in Russia is fast food products [1]. Restaurants of this format have a wide audience due to their loyal pricing policy, availability and constant new products [2]. In addition, the fast food industry, through various media and advertising, contributes to solving consumer problems related to lack of time, difficulty in preparation and ease of consumption. At the same time, fast food contributes to a decrease in the quality of nutrition and deterioration in the health of both young people and adults.The goal of the research is to identify consumer preferences in the segment of semi-finished fish products, evaluate their quality and develop recipes for fish products for fast food restaurants.The objectives of the research include marketing research of consumer preferences when choosing semi-finished fish products, assessing the quality of semi-finished fish products sold in retail trade and fast food establishments, and developing recipes for semi-finished fish products for the fast food industry. To conduct a social survey, Google-form has been used, organoleptic assessment has been carried out using 5-point grading scale; physicochemical indicators have been studied using standard methods.Using the results of marketing research, it has been established that semi-finished fish products in the form of fish cutlets and sticks are in demand; consumers want to see new fish items on the menu of fast food restaurants. According to organoleptic assessment and physical and chemical research, it has been found that the best consumer organoleptic properties are found in fish cutlets from fast food restaurants «Vkusno i Tochka», «Burger King» and fish sticks sold in the «Perekrestok» chain of stores. According to physicochemical indicators, the studied samples of semi-finished fish products do not exceed 2.5% in the amount of table salt, 71% moisture and 37% fat.As new items for the fast industry, recipes for semi-finished fish products were developed in the form of nuggets with the addition of processed cheese, pork fat and strips, from longitudinal strips of fish, breaded and deep-fried at a temperature of 180 ° C until golden brown.

Assessing the drivers and capabilities for faster product launch: a scale for time‐to‐market reduction in start‐ups

The acceleration of new product development (NPD) and market introduction is essential for companies to maintain competitiveness, enhance customer base, and achieve financial success. While the existing literature addresses time‐to‐market (TTM) reduction factors in a scattered manner, focusing on aspects like supplier and customer involvement, leadership, and learning, there is a noticeable gap in construct development and measurement validation for TTM reduction, particularly in start‐up contexts. Addressing this gap, our research introduces and validates a comprehensive, hierarchical scale designed to measure both the drivers and capabilities associated with TTM reduction in start‐ups. This innovative scale broadens the scope of traditional constructs, incorporating emerging dimensions such as transformational leadership, experiential learning, agile methodologies, and dynamic marketing strategies. We used our dataset and structural equation modeling (SEM) to validate the proposed scale, comparing the effect of drivers and capabilities on TTM reduction and the role of companies' age on this relationship. This approach confirms the scale's reliability and highlights its versatility. This research holds significant implications for enhancing NPD endeavors in start‐up environments. Introducing a methodologically robust scale equips managers with a powerful tool for setting realistic goals, monitoring progress, and assessing capabilities and contextual factors to refine NPD processes. Furthermore, the scale serves as a benchmarking instrument for start‐ups, aiding them in attracting investments and achieving a competitive advantage. Our study, therefore, stands as an essential contribution to the strategic management of NPD in the dynamic and evolving landscape of start‐ups.

Fast Fashion Issue in Vietnam: Legal Aspects and Environmental Protection

The entire world is facing a tremendous acceleration in the development of the fashion industry and responding to the highly increasing demand for fashion items. However, the fashion industry is the main root of creating tons of environmental problems and greenhouse gas emissions in the corporate production process. Fast fashion is the new fashion trend, which has continuously been harming the environment, specifically contributes to carbon emissions and many other scenarios. The expansion of fast fashion products in the modern age all over the world has also created preferable conditions for nurturing fast fashion brands in Vietnam. In addition, it helps the advent of foreign fast fashion brands penetrate the Vietnam market. As a result, the Government needs to pay attention to some issues related to policies, laws, environmental protection, and sustainable development goals of net emissions in Vietnam. In the content of this article, the author examines the fast fashion trends in Vietnam from the perspective of law enforcement, and environmental protection under the goal of maintaining sustainable development, thereby making some necessary recommendations for improving the relevant legal policy.

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Magnetoresistive Evidence of Degeneracy in Nanomagnets Obtained by Electrodeposition Technique

Inspired in pyrochlore materials presenting residual entropy and featuring collective excitation behaving like emergent monopoles, geometrically frustrated arrays of nanomagnets, denominated artificial spin ices (ASIs), were proposed as an interesting platform to investigate such excitation at room temperature. However, in such artificial systems, emergent magnetic monopoles lack the same freedom present their natural counterpart, once energetic strings connecting opposite magnetic charges arise. In this work, we aim to experimentally investigate the proposed degeneracy obtained in connected square arrays of ASIs, a characteristic that allows a reduction in the string connecting monopole–antimonopole pairs in regular non-connected ASIs and could represent an important development for technological applications of connected nanomagnets. As in general those systems are developed by nanofabrication processes involving expensive and time-consuming physical vapour deposition techniques, we also present a new nanofabrication route using an electrodeposition technique for permalloy growth in different lattice geometries as an alternative for fast and low-cost ASI system production.

Review of materials and technological solutions for creating phantoms used in computed tomography

The use of computed tomography during diagnostic examinations makes it a source of additional radiation exposure to patients. In this regard, the development of test objects (phantoms) that simulate the X-ray properties of tissues, including for preliminary assessment of the ionizing radiation distribution, becomes relevant. These test objects play an important role in quality control and the development of new medical imaging methods in conditions where test scans of patients are not possible. Although a range of ready-made solutions is available on the market, there is a lack of prototypes with a certain set of properties to test scientific and practical hypotheses in solving specific clinical and technical problems. Finding materials for a fast and inexpensive production process and studying their properties could provide insight into the effectiveness of their use in making phantoms. The purpose of the work is to search and analyze materials for creating phantoms used in computed tomography. The article discusses materials for the production of non-anthropomorphic and anthropomorphic phantoms, including those printed on a 3D printer. The development of three-dimensional printing has facilitated the transition from simple test objects to high-precision anthropomorphic phantoms made from tissue-mimicking materials that have equivalent signals on computer tomograms. Plastics, silicones, polyvinyl chloride, resins, liquids are used for visualizations identical to soft tissues; plastics, gypsum, photopolymers, potassium hydrogen orthophosphate, calcium hydroxyapatite, plexiglass — for hard tissues. Commercial phantoms are made from materials with reproducible, stable properties, but these same materials must be retested to create test objects specific to a particular clinical task.

Raziskava motivov za nakupovanje hitre mode v Indiji kljub problemom s trajnostjo

The purpose of this study was to identify motivational factors for consumers in making a purchase decision for a fast fashion product. The term fast fashion is used to refer to cheaper replicas of luxury fashion trends. Apart from impacting the environment adversely, fast fashion has several other issues as well. Fast fashion has many sustainability issues but its demand is growing at a tremendous pace. The motives for the preference for fast fashion were explored in this study. Both primary and secondary data were used to conduct this research. The primary data was collected for this study via questionnaire. All the factors are rated on the 7-point Likert scale. Furthermore, the laddering technique of interviewing was employed to investigate the underlying values. The study revealed that “creating self-identity” is the most influencing motive for consumers in making a purchase decision for a fast fashion product, while “showing dominance” is the least influencing motive for consumers in making a purchase decision for a fast fashion product. This study offers insight into the factors influencing buying decisions for a fast fashion product. This research can help address the issue of sustainability in the fashion industry. These findings can also be used to promote sustainable fashion.

Tracing the evolution of short-period binaries with super-synchronous fast rotators

Context. The initial distribution of rotational velocities of stars is still poorly known, and how the stellar spin evolves from birth to the various end points of stellar evolution is an actively debated topic. Binary interactions are often invoked to explain the existence of extremely fast-rotating stars (vsin i ≳ 200 km s−1). The primary mechanisms through which binaries can spin up stars are tidal interactions, mass transfer, and possibly mergers. However, fast rotation could also be primordial, that is, a result of the star formation process. To evaluate these scenarios, we investigated in detail the evolution of three known fast-rotating stars in short-period spectroscopic and eclipsing binaries, namely HD 25631, HD 191495, and HD 46485, with primaries of masses of 7, 15, and 24 M⊙, respectively, with companions of ∼1 M⊙ and orbital periods of less than 7 days. These systems belong to a recently identified class of binaries with extreme mass ratios, whose evolutionary origin is still poorly understood. Aims. We evaluated in detail three scenarios that could explain the fast rotation observed in these binaries: it could be primordial, a product of mass transfer, or the result of a merger within an originally triple system. We also discuss the future evolution of these systems to shed light on the impact of fast rotation on binary products. Methods. We computed grids of single and binary MESA models varying tidal forces and initial binary architectures to investigate the evolution and reproduce observational properties of these systems. When considering the triple scenario, we determined the region of parameter space compatible with the observed binaries and used a publicly available machine-learning model to determine the dynamical stability of the triple system. Results. We find that, because of the extreme mass-ratio between binary components, tides have a limited impact, regardless of the prescription used, and that the observed short orbital periods are at odds with post-mass-transfer scenarios. We also find that the overwhelming majority of triple systems compatible with the observed binaries are dynamically unstable and would be disrupted within years of formation, forcing a hypothetical merger to happen so close to a zero-age main-sequence that it could be considered part of the star formation process. Conclusions. The most likely scenario to form such young, rapidly rotating, and short-period binaries is primordial rotation, implying that the observed binaries are pre-interaction ones. Our simulations further indicate that such systems will subsequently go through a common envelope and likely merge. These binaries show that the initial spin distribution of massive stars can have a wide range of rotational velocities.

A Analysis of the Influence of the AIDA Method ( Attention, Interest, Desire, Action) on Purchasing Decisions for Halal-Labeled Fast Food for FAI UMSU Students

This study is to determine how consumer purchasing decisions for halal-labeled fast food products are influenced by the AIDA (attention, interest, desire, action) method applied. As a marketing strategy, the AIDA approach is used to determine how much attention, interest, desire, and consumer behavior can influence the decision to buy fast food that has received halal certification. This study uses a quantitative approach by distributing questionnaires to 100 respondents from 925 FAI UMSU students. The sample collected in this study was purposive sampling, meaning that the sample was based on certain criteria, namely FAI UMSU students from 2020 - 2023. The results showed that simultaneously the attention, interest, desire, and action variables influenced the decision to purchase halal-labeled fast food. Based on the coefficient of determination, the AIDA approach influences 73.1% of purchasing decisions for halal-labeled fast food. The remaining 26.9% is influenced by factors not included in the research model. Keywords: AIDA, Purchase Decision, halal label Keywords: AIDA, Purchase Decision, halal label

MOSFET Characteristics and Related Biological Devices Analysis

With the development of modern electronic information technology, portable, fast, and high-performance electronic information products have brought great changes to people's life and health. People pay more and more attention to electronic information products. Not only in the civil aspect, high-end precision electronics industry, such as artificial intelligence, the new generation of electronic communication technology, medical devices, aerospace, and defense fields are based on various chips, to establish a complete national industrial system. This article describes MOSFET basic introduction, working principle and structure, etc., which plays an important role in the modern electronic information industry, including its application in implantable medical devices-current stimulator. The conclusion of this article is that with more and more capital and talent investment, the future of the chip industry with MOSEF as the basic component is very optimistic. The significance of this paper is to introduce the existing MOSFET technology and put forward views for future development.

Optimizing the Delivery of mRNA to Mesenchymal Stem Cells for Tissue Engineering Applications.

Messenger RNA (mRNA) represents a promising therapeutic tool in the field of tissue engineering for the fast and transient production of growth factors to support new tissue regeneration. However, one of the main challenges to optimizing its use is achieving efficient uptake and delivery to mesenchymal stem cells (MSCs), which have been long reported as difficult-to-transfect. The aim of this study was to systematically screen a range of nonviral vectors to identify optimal transfection conditions for mRNA delivery to MSCs. Furthermore, for the first time, we wanted to directly compare the protein expression profile from three different types of mRNA, namely, unmodified mRNA (uRNA), base-modified mRNA (modRNA), and self-amplifying mRNA (saRNA) in MSCs. A range of polymer- and lipid-based vectors were used to encapsulate mRNA and directly compared in terms of physicochemical properties as well as transfection efficiency and cytotoxicity in MSCs. We found that both lipid- and polymer-based materials were able to successfully condense and encapsulate mRNA into nanosized particles (<200 nm). The overall charge and encapsulation efficiency of the nanoparticles was dependent on the vector type as well as the vector:mRNA ratio. When screened in vitro, lipid-based vectors proved to be superior in terms of mRNA delivery to MSCs cultured in a 2D monolayer and from a 3D collagen-based scaffold with minimal effects on cell viability, thus opening the potential for scaffold-based mRNA delivery. Modified mRNA consistently showed the highest levels of protein expression in MSCs, demonstrating 1.2-fold and 5.6-fold increases versus uRNA and saRNA, respectively. In summary, we have fully optimized the nonviral delivery of mRNA to MSCs, determined the importance of careful selection of the mRNA type used, and highlighted the strong potential of mRNA for tissue engineering applications.

Implications of western culture hybridation in Indonesia through KFC (Kentucky Fried Chicken)

This research seeks to analyze the influence of westernization that is spreading in Indonesian culture. Globalization has had a huge influence on culture in Indonesia, the progress of globalization has made the westernization process easier due to the reduction of time and place constraints in relations between countries. One of them is the United States using globalization as a tool to spread its cultural influence in the world. Fast food as a western culture is starting to enter Indonesia through KFC (Kentucky Fried Chicken) products which have crispy fried chicken and currently very popular in Indonesia. KFC gives a new nuance to the culture of Indonesian society. The findings in this paper, specifically the existence of KFC which was produced through westernization, provide an illustration of the globalization process that entered Indonesia in the development of KFC's crispy fried chicken fast food as a means of transforming the idea of local Indonesian food. The idea of fast food, instant ingredients and flavored ingredients has been ingrained into the eating habits of Indonesians. Spreading global ideas represented by KFC then building new creations. This is reflected in not only the local menu influencing American fast food products, but local products also experiencing improvisation, which is occured a hybridization process between KFC products and Indonesian food culture.