Significant Growth Research Articles

Experimental emulation of 10B(n, α)7Li reaction-induced microstructural evolution of Al-B4C neutron absorber used in the dry storage of spent nuclear fuel

Al-B4C neutron absorber in spent fuel dry storage could suffer significant radiation damage at elevated temperature (∼150–300 °C) mainly via 10B(n, α)7Li reactions. Several recent studies reported significant bubble formation in the absorber, however only from wet storage environment at near ambient temperature (< ∼90 °C). In this study, we irradiated a commercially widely used Al-B4C absorber of interest utilizing 120-keV helium ion-beam accelerator with twelve different conditions; three different doses (0.01, 0.1, and 1 dpa) combined with four different temperatures (room temperature, 150, 270, and 400 °C). This was to investigate the irradiation-induced microstructural evolution of the absorber in dry storage environment in expedited manner instead of time-consuming neutron irradiation test. The effects of irradiation dose and temperature on helium bubble nucleation and growth were investigated by image analysis on BF-TEM images, which showed a typical tendency of increasing bubble size with increasing temperature at the expense of decreasing bubble number density. Helium bubble morphology at grain boundaries was quite similar with the ones reported from the previous studies on the surveillance coupons used in the wet environment, elliptic helium bubbles around B4C particles. Notable difference was the prominent formation of numerous helium bubbles even from the lowest dose (0.01 dpa) at slightly elevated temperature (150 °C), perhaps due to higher irradiation temperature than that of spent fuel pool. This study may experimentally confirm that significant bubble formation and growth in the absorber could be the case from the early stage of the dry storage, even without the participation of hydrogen produced from the absorber corrosion. Particularly in the case of non-clad Al-B4C absorber, possible B4C particle detachment may need to be concerned since the bubble coalescence was concentrated at the interface between Al alloy matrix and B4C particle which would be microcracked under neutron irradiation.

Potential of natural plant extracts as biostimulants to alleviate salt stress-induced adverse effects on wheat

A field experiment was conducted to investigate the role of different plant extracts in alleviating salt stress-induced adverse effects on wheat plants. Two potential wheat cultivars, Galaxy-2013 and Faisalabad-2008, were sown in November 2020 in saline soil with soil electrical conductivity of 9.8 dS m-1. At the booting and anthesis stages, the wheat plants were exogenously sprayed with three different types of plant extracts, i.e., moringa leaf extract (MLE, 3%), sorghum water extract (SWE, 2%), and brassica water extract (BWE, 2.5%). The MLE spray at the booting and anthesis stages resulted in a maximal increase in 1000-grain weight (34-43%), grain yield (25-29%), biological yield (39-40%) and harvest index (23-24%) of wheat over the control. However, exogenous application of all three plant extracts in both wheat cultivars increased plant height (44-64%), spike length (99-100%), number of spikelets (40-42%), and grains per spike (32-64%), as compared to the untreated plants grown under saline conditions. Similarly, chlorophyll (Chl) a, Chl b, total chlorophyll, and carotenoid contents were higher in the MLE-treated plants than those of the plants treated with the other extracts. Overall, MLE at the rate of 3% had the most significant growth promoting effect on both wheat cultivars under saline conditions. Cultivar Faisalabad-2008 fed with different plant extracts was superior to Galaxy-2013 in terms of its performance in growth and physiological attributes under field saline stress.

Isolation and Identification of Allelopathic Substances from Forsythia suspensa Leaves, and Their Metabolism and Activity.

The fruit of Forsythia suspensa (Thunb.) Vahl has been used in traditional Chinese medicine as "Forsythiae fructus". The species is also grown in parks and gardens, and on streets and building lots, as an ornamental plant, but it requires pruning. In this study, the allelopathic activity and allelopathic substances in the leaves of pruned branches of F. suspensa were investigated to determine any potential application. The leaf extracts of F. suspensa showed growth inhibitory activity against three weed species; Echinochloa crus-galli, Lolium multiflorum, and Vulpia myuros. Two allelopathic substances in the extracts were isolated through the bioassay-guided purification process, and identified as (-)-matairesinol and (-)-arctigenin. (-)-Matairesinol and (-)-arctigenin, which showed significant growth inhibitory activity at concentrations greater than 0.3 mM in vitro. The inhibitory activity of (-)-arctigenin was greater than that of (-)-matairesinol. However, both compounds were more active than (+)-pinolesinol which is their precursor in the biosynthetic pathway. The investigation suggests that F. suspensa leaves are allelopathic, and (-)-matairesinol and (-)-arctigenin may contribute to the growth inhibitory activities. Therefore, the leaves of the pruned branches can be applied as a weed management strategy in some agricultural practices such as using the leaf extracts in a foliar spray and the leaves in a soil mixture, thereby reducing the dependency on synthetic herbicides in the crop cultivation and contributing to developing eco-friendly agriculture.

Оценка обеспеченности территории Санкт-Петербурга наземным общественным транспортом с использованием геопространственного подхода

The authors propose a method for evaluating the public transport accessibility of a city, based on the spatial distribution of real estate and commercial property in its territory, it enables making a rating table of routes and stops. The relevance of the study is related to the high social importance of mass transit, since its accessibility creates a more comfortable urban environment and offers new opportunities to the residents. The significant growth of research on this topic is a result of the social need to improve the use of urban space. The rapid development in the field of big data processing makes it much more relevant to the real situation than any previous models. However, researchers often lack up-to-date information on the distribution of the population in a given territory, because the concept of state open spatial data in Russia is currently in its early stages, and city authorities may decide to make it confidential. The proposed quantitative approach to assessing the provision of urban areas with land transportation means is based on using spatial data available in open sources, as well as methods of geospatial analysis and modelling. It is used to study the public transport in St. Petersburg, RF; the technique has enabled identifying the main municipal routes as well as the parts of the city requiring network expansion

Relationship between aging and the labor market: cooperativism as a strategy for social inclusion of the elderly in the paranaense context

"The aging of the population is a widely observed structural phenomenon in modern societies. With the increase in life expectancy, there has been a significant growth in the number of elderly individuals worldwide. This demographic shift poses significant challenges of a social, political, and economic nature, requiring special attention regarding the active maintenance of older individuals in the labor market. The present study aims to reflect on the current scenario of population aging in Brazil and the contribution of cooperativism to active aging and social inclusion of the elderly. Through a descriptive and exploratory research approach, utilizing bibliographic procedures, the study culminated in identifying cooperativism as a crucial strategy for promoting active aging and constructing a more inclusive society.

Types and Evolution of the Miocene Reefs Based on Seismic Data in the Beikang Basin, South China Sea

During the Miocene, several reefs formed in the Beikang Basin, South China Sea, which may be potential targets for hydrocarbon exploration. This is due to the environment that developed as a result of the collision, splitting, and splicing of the Nansha Block, which was influenced by the Neogene expansion of the area. However, studies on the types, distribution, controlling factors, and evolution stages of these reefs are scarce. In this study, we used high-resolution seismic data and extensive well-drilling records to gain insights into the evolution of reefs in this particular area. Six distinct types of reefs, namely, the point reef, the platform-edge reef, the block reef, the bedded reef, the pinnacle reef, and the atoll reef, were identified based on our data. These reefs underwent four stages of development. During the initial stage, a few small-sized point reefs emerged in the basin and experienced significant growth during the early Middle Miocene. In the flourishing stage, the reefs predominantly thrived around the Central Uplift and Eastern Uplift areas. In the recession stage, the reefs began to deteriorate during the late Middle Miocene period as a result of the rapid increase in relative sea level caused by tectonic subsidence. In the submerged stage, since the Late Miocene, as the relative sea level continued to rise steadily over time, many reefs that had previously flourished surrounding the Central Uplift and Eastern Uplift areas became submerged underwater, with only a handful of atoll reefs surviving near islands located on the Eastern Uplift. This study indicated the presence of a significant number of well-preserved reefs in the Beikang Basin that have experienced minimal subsequent diagenesis and therefore exhibit high potential as reservoirs for oil and gas exploration.

Management of Household Energy Saving and Its Green Alternatives

Given the significant growth potential in households' energy consumption in China, studying household consumption behavior becomes even more valuable. This study explores factors influencing the shift in households' energy-saving preferences from habitual energy-saving behavior to consumption-oriented energy-saving behavior, as well as to analyze the potential for using other green alternatives to traditional energy in energy consumption. Empirical results reveal an inverted U-shaped relationship between household income and energy consumption, occurring when energy-saving awareness (ESA) exceeds a critical threshold. Below this threshold, household income is positively correlated with energy consumption. Further analysis indicated that once income exceeds the turning point, households' higher ESA leads to reduced energy consumption, indicating potential for green alternatives in higher-income households. Overall, the study highlights how awareness and income interact to shape energy-saving choices, emphasizing the potential for sustainable energy options in affluent households.

Enhancement of microbicidal efficacy of chemical disinfectants when combined with ultrasound technology.

This study investigated the antimicrobial efficacy of ultrasound technology (US) in combination with two different disinfectants (Disinfectant A and Disinfectant B), containing peracetic acid (PAA) and quaternary ammonium compounds (QACs), respectively, against two sporigenic pathogens, Aspergillus brasiliensis and Bacillus subtilis. The microbicidal activity of the coupled treatment was compared with the use of the disinfectants alone, and the efficacy of the disinfection strategies was evaluated by the log reduction of the population of the microorganism inoculated onto stainless-steel surface. The combination treatment resulted in a log reduction of 5.40 and 3.88 (Disinfectant A+US) against A. brasiliensis and B. subtilis, at 850 and 500ppm PAA, compared to 265 and 122 (Disinfectant A only). For Disinfectant B, in combination with US, showed a logarithmic reduction of 5.04 and 4.79 against A. brasiliensis and B. subtilis at 078% v v-1 and 392% v v-1 QACs, respectively, vs. 1.58 and 1.64 (Disinfectant B only). Moreover, no colonies or not statistically significant growth was observed within the US bath containing the disinfectant. The antimicrobial efficacy of the two disinfectants was greatly enhanced when used in combination with US, and this also makes it possible to avoid the overuse of chemicals for disinfection.

Tribocorrosion assessment of low-temperature plasma nitrided super duplex stainless steel

The tribocorrosion of low-temperature plasma nitrided UNS S32750 super duplex stainless steel was investigated according to procedures for passivating materials. Nitrided and non-treated samples were compared through two reciprocating sliding tests in NaCl solution: the continuous test, without significant passive layer growth, and the intermittent one, with repassivation. Open circuit potential and linear polarization resistance (LPR) characterized the electrochemical response. LPR was successfully introduced to evaluate the polarization resistance evolution during the continuous test. Corrosion and mechanical wear components were quantified. The mechanical wear dominated, and nitrided samples showed lower wear volume loss. After the intermittent test, their values were further reduced. Such improvement was explained by the higher load bearing capacity and repassivation ability of the nitrided surfaces.

Processes For The Transformation Of Fruit And Vegetable Residues For The Production Of Edible Mushrooms

The cultivation of edible mushrooms from fruit and vegetable residues presents itself as a promising solution for the sustainable utilization of these wastes and the production of nutritious food. Fruit and vegetable residues include crop residues, leaves, branches and unsold products, which contain a wide range of nutrients and bioactive compounds. These are used as substrate for the cultivation of edible mushrooms. Edible mushrooms, such as mushrooms, shiitake and pleurotus, are appreciated worldwide for their taste, texture and nutritional properties. They contain protein, fiber, vitamins, minerals and bioactive compounds with antioxidant, anti-cancer and anti-diabetic properties. In addition, the global market for edible mushrooms is experiencing significant growth due to their wide range of applications in the food, pharmaceutical and cosmetic industries. The method of cultivating edible mushrooms from fruit and vegetable waste involves the selection of suitable waste, its preparation by sterilization, addition of nutritional enrichment agents and inoculation of the desired mushroom. After a period of incubation and proper care, the mushrooms can be harvested and used in various food preparations. The cultivation of edible mushrooms by solid fermentation has great advantages, as it is the most efficient way of converting vegetable waste into high-value human food.

Numerical Simulation of Rotary Ultrasonic Machining of the Nomex Honeycomb Composite Structure

Nomex honeycomb composite (NHC) cores have seen significant growth in recent years, particularly in the aeronautics, aerospace, naval and automotive industries. This development presents significant challenges in terms of improving machining quality, requiring the use of specialized cutting tools and favorable cutting techniques. In this context, experimental studies have been carried out to highlight the characteristics of the milling of NHCs by rotary ultrasonic machining (RUM). However, the rapid motion of the cutting tool and the inaccessibility of the tool/part interface prevent the visualization of the chip formation process. For this purpose, a three-dimensional numerical model for milling the NHC structure using RUM technology was developed by Abaqus Explicit software. On the basis of this model, the components of the cutting force, the quality of the machined surface and the chip accumulation in front of the cutting tool were analyzed. The numerical results agree with the experimental tests, demonstrating that the use of RUM technology effectively reduces the cutting force components. An in-depth analysis of the influence of feed component Fy on the quality of the generated surface was carried out, revealing that the surface quality improved with low values of feed component Fy. Furthermore, the impact of ultrasonic vibrations on the accumulation of chips in front of the cutting tool is particularly optimized, in particular for large amplitudes.

Mental health and collective health: an epidemiological analysis of suicides in Brazil

To analyze the temporal behavior of suicides. Cross-sectional, ecological study on suicide registered in the mortality information system. Kernel analysis was used in Quantum Geographic Information System (QGIS), TerraView and the Chi-Square test in R software. In twenty years there were 195,046 suicides, with a mortality rate of 4.94, mainly in the southeast, among males with significant growth, low education, single, aged 20-29, white and by hanging. In the kernel map, the south, southeast and northeast regions concentrate the largest clusters. In part of the South and in the interior of the Southeast there was a reduction in mortality. This study provides information about the worrying scenario of suicide in Brazil over twenty years, identifying the areas and characteristics with the greatest risks. To reduce this suicide scenario, effective public actions and a quality health care network that provides comprehensive, equitable and universal assistance to the mental health of individuals are essential, creating conditions to meet the needs of the social body.

Rewilding as a Multifaceted Concept and Emerging Approach: The Romanian Experience

We conduct a review of the multifaceted rewilding concept and rewilding initiatives worldwide, focusing on specific features and outcomes of European rewilding issues and Romanian rewilding projects. In this review of the literature and case studies, we undertake the following: (a) identify the definitions and thorough meanings of the term rewilding worldwide, including its guiding principles aiming at rebuilding the natural ecosystems; (b) map the international and European treaties and policies referring to ecosystems’ restoration, biodiversity, environment, sustainability, and rewilding-related issues; (c) explore the benefits and criticisms associated with the rewilding activities, including from a social perspective; (d) structure an overview on the tools used for rewilding assessment; (e) identify the projects and initiatives developed and on-going in Romania on rewilding. Our findings reveal a great diversity of topics addressed within the rewilding umbrella and also a significant growth in this area, despite the numerous challenges faced by experts and locals (e.g., understanding the context of rewilding and identifying the most suitable modalities of operationalizing it) and questions (such as the following: is rewilding a real need? will it bring benefits to nature and people?) that remained to be answered. In Romania, a series of efforts are being undertaken both by the government and NGOs to restore self-sustaining ecosystems and to raise awareness of this topic among different stakeholders.

Role of plant growth promoting fungi and doses of chemical fertilizers in improving agronomic response for sustainable wheat crop production

Plant growth promoting fungi PGPF is considered a major biological technique that results in significant plant growth and yield. Use of high doses of chemical fertilizers increased cost of crop production and environmental pollution. PGPF could be a reliable alternative to reduce application of agrochemicals such as chemical fertilizers in modern agriculture. The present study evaluated the role of these fungi with chemical fertilizer of DAP applied through different doses in agronomic response of production of 2 varieties of Wheat (Ibaa99 and Rasheed) at 2 agricultural seasons 2019-2020-2021. Field plots conducted during 2019-2020 cropping season, to evaluate the role of adding fungal isolate called PGPF-AT with doses of DAP were (0, 50 and 100%) in 0, 120 and 240 Kg ha-1 respectively, compared with (Commercial Biofertilizer) called Natrusoil as positive control on wheat var. Ibaa99 to improve growth and yield attributes. The study was repeated in the 2020-2021 cropping seasons with var. Rasheed (to discover a variety of effects and confirm results). The results revealed that treatment PGPF-AT was exerted a highly significant increase without differences between doses of DAP 120, and 240 Kg ha-1 compared to untreated plots for both Ibaa 99 and Rasheed varieties attributes: no. of plants m-2, plant height (cm), plant dry weight (g), no. of tillers plant-1, no. of spike plant-1, spike length (cm), spike weight (g), no. of seeds spike-1, weight of 100 grain (g) and grain yield Kg m-2 in addition to fertilizer use efficiency (Kg Kg-1) in both cropping seasons.

The Future of Organic Cosmetics: AI-Enabled Sustainability

AI colour cosmetics applications emerged as an innovative solution to promote branded colour cosmetics and improve consumer decision making, primarily as a trial function. The purpose of this study is to investigate the factors that influence the adoption of AI colour cosmetics applications through the lens of social comparison theory. For promotion managers of cosmetic retailers and developers of AI colour cosmetics applications looking to promote and reach a large segment, managerial implications of this research are provided. Many leading retailers and cosmetic companies are adopting AI and machine learning technologies to better cater to their customers in the US by providing personalized products. The latest skin measurement tools allow for direct visualization and quantification of data, and as a result, there is great potential for further integration of machine learning in the cosmetics industry. With the aid of high- International Journal of Scientific Research in Engineering and Management (IJSREM) Volume: 08 Issue: 02 | February - 2024 SJIF Rating: 8.176 ISSN: 2582-3930 © 2024, IJSREM | www.ijsrem.com DOI: 10.55041/IJSREM28686 | Page 2 resolution visualization and IoT devices that can handle massive data flow, there is likely to be a significant impact on the industry in the future. It is expected that AI will become more prevalent in skin and cosmetics, facilitating age prediction, skin type assessment, and the development of analytical tools. As scientific and technological advancements continue, the use of artificial intelligence models is becoming more widespread. In cosmetic dermatology, artificial intelligence is being used in various new applications that are available to both patients and doctors. Patients now have greater control over their cosmetic care, thanks to the development of customizable skincare, augmented reality applications, and at-home skin analysis tools. Doctors are also utilizing artificial intelligence in innovative ways, including the creation of models for predicting treatment outcomes and instruments for comprehensive skin analysis. Further research is needed in areas such as robotically assisted treatments and automated energy-based therapy apparatuses. Artificial intelligence models in cosmetic dermatology are empowering patients to make more informed decisions about their skin care. Although AI has many benefits and applications, there are still areas where it needs to improve. Data protection and security must be a top priority. There is always a risk when relying on information provided by augmented reality platforms. We have seen recent examples of security breaches associated with such programs. Moreover, the outcomes produced by these applications may not always be reliable, and therefore, AI may not be entirely trustworthy. The skincare industry has experienced significant growth over the last decade, with a surge during the pandemic when the world became increasingly digital. Therefore, integrating AI into skincare is a promising concept. Keywords: Organic cosmetics, Sustainability, Artificial intelligence

Effect of Natural IAA Produced by Streptomyces Strain ACM37 on Seed Germination and Seedling Growth

&#x0D; &#x0D; &#x0D; Biofertilizers play an important role in sustainable agriculture by improving soil fertility, crop tolerance and crop productivity. In this context, exploitation of plant growth promoting rhizobacteria with various beneficial properties is challenging. This study aimed to investigate the plant growth promoting activity of indole-3-acetic acid (IAA)-producing actinomycetes strain, Streptomyces ACM37 on the seed germination and seedling growth at early stage. The ACM37 was grown in starch-casein broth for 7 days at 28° C, 80 rpm and supplemented with 50 mg/l L- tryptophan to induce IAA production. After 7 days, IAA concentration in cell-free culture broth was quantified by following the Salkowski's method and it was 50 mg/l. Seed germination and seedling growth of cowpea (Vigna unguiculata) and rice (Oryza sativa L.) at different concentrations of IAA were estimated as % seed germination, number of roots, primary root length and length of hypocotyl. Initially, seeds were surface sterilized with 10% (v/v) NaOCl and soaked in 10, 20, 30, 40 and 50 mg/l crude IAA preparations for 1 h at 30° C. As controls, seeds were soaked in sterilized distilled water (SDW) and 50 mg/l synthetic IAA. Ten seeds per each treatment with three replicates were placed on 0.8% (w/v) water-agar in Petri plates and incubated in dark at 30° C. The % seed germination of ACM37-IAA-treated cowpea and rice seeds was enhanced at all concentrations compared to SDW and synthetic IAA treatments after 3 days. The highest 100% germination of cowpea was given at 10 mg/l IAA while it was 96.67±3.33% in&gt;30 mg/l IAA in rice. Similarly, there was a significant (P&lt;0.05) increase in primary root length and number of lateral roots in cowpea at 10 mg/l of ACM37-IAA. Overall, ACM37 showed significant plant growth promotion in cowpea at low concentration (10 mg/l) of IAA whereas there was a significant (P&lt;0.05) reduction at high concentrations (&gt;10 mg/l). On the other hand, there was no apparent increase in all growth parameters except seed germination in rice at all concentrations. It appears that high concentrations of ACM37-IAA may be required to promote plant growth in rice. Overall results highlight that plant growth promotion activity of ACM37 varies at different IAA concentrations and different plant species, probably between monocot and dicot species. Therefore, ACM37 has potential application as a plant growth promoting agent in biofertilizers and plant growth inhibiting agent in bioherbicides at certain IAA concentrations.&#x0D; Keywords: Actinomycetes, Biofertilizer, Bioherbicide, IAA&#x0D; &#x0D; &#x0D;

Hotspot Analysis and Frontier Exploration of Stem Cell Research in Intervertebral Disc Regeneration and Repair: A Bibliometric and Visualization Study

BackgroundStem cells have shown tremendous potential and vast prospects in the research of intervertebral disc (IVD) regeneration and repair, attracting considerable attention in recent years. In this study, a bibliometric analysis and visualization techniques were employed to probe and analyze the hotspots and frontiers of stem cell research in IVD regeneration and repair, aiming to provide valuable references and insights for further investigations. MethodsThis study utilized the Science Citation Index Expanded (SCI-Expanded) from the Web of Science Core Collection (WoSCC) database to retrieve and extract relevant literature records as research samples. Visual analysis tools such as VOSviewer 1.6.19, CiteSpace 6.2.R4, and bibliometric online analysis platforms were employed to construct scientific knowledge maps, providing a comprehensive and systematic exposition from various perspectives including collaboration networks, co-citation networks, and co-occurrence networks. ResultsA total of 1,075 relevant studies have been published in 303 journals by 4,181 authors from 1,198 institutions across 54 countries/regions. Over the past 20 years, the field of research has witnessed a significant growth in annual publications and citations. China and the United States have emerged as the primary participants and contributors, with the AO Research Institute Davos, Zhejiang University, and Tokai University being the top three leading research institutions. The most productive and highly cited author is Sakai D, who is regarded as a key leader in this research field. The journals with the highest number of publications and citations are Spine and Biomaterials, which are considered to be high-quality and authoritative core journals in this field. The current research focuses primarily on the sources and selection of stem cells, optimization of transplantation strategies, mechanisms of IVD regeneration, and the combined application of stem cells and biomaterials. However, there are still some challenges that need to be addressed, including post-transplantation stability, assessment of regenerative effects, and translation into clinical applications. Future research will concentrate on the diversity of stem cell sources, the application of novel biomaterials, personalized treatments, and the development of gene editing technologies, among other cutting-edge directions. ConclusionThis study utilized bibliometric analysis and visualization techniques to unveil the hotspots and frontiers in the research on stem cells for IVD regeneration and repair. These research findings provide essential guidance and references for further experimental design and clinical applications. However, additional experiments and clinical studies are still needed to address the challenges and difficulties faced in the field of IVD regeneration and repair, thus offering novel strategies and approaches for the treatment of IVD diseases.

Smart Banjar: An ICT Adoption Framework to Enhance People's Welfare

Economic development has slowed dramatically in several countries during the COVID-19 pandemic, like in Indonesia. Bali Province was one of the regions that was severely affected. Due to its reliance on the tourism industry, Bali had the most significant negative growth. It is time for Bali and other regions to develop the potential of a locally-based, sustainable, and resilient economy to enhance the people’s welfare. Improving the community’s welfare can be done with the synergy of various entities—the synergy created by integrating programs in Banjar with microfinance to develop microenterprises. The main objective of this research is to ascertain the framework’s dimensions and components. Furthermore, the relationships between these dimensions or elements have been determined. Based on the findings, the two primary objectives were completed. This procedure has produced the Smart Banjar framework as a theoretical solution to enhance people’s welfare. This research created the information communication technology (ICT) adoption framework that uses the TOE theory as its theoretical basis. The Advisory Board serves as the environmental context for formulating policies. The policy will regulate governance to realize the synergy between microenterprises, microfinance, and Banjar in the organizational context. ICT adoption, including ICT infrastructure, ICT services, and ICT literacy, will support and optimize the synergy. Further investigation is required to ascertain the Advisory Board's specific constituents. Additional studies are needed to implement ICT, obtain empirical evidence, and prove its ability to improve people's welfare.

Vehicle type classification in intelligent transportation systems using deep learning

Intelligent Transportation Systems (ITS) have experienced significant growth over the past decade thanks to advances in control, communication, and information technology applied to vehicles, roads, and traffic control systems. Vehicle type classification plays a vital role in implementing ITS because of its ability to collect useful traffic information, enable future development of transport infrastructures, and increase human comfort. As a branch of machine learning, deep learning represents a frontier for artificial intelligence, which seeks to be closer to its primary goal. Deep learning is a powerful tool for classifying vehicle types because it can capture complex traffic data characteristics and learn from large amounts of data. This means that it can be used to accurately classify traffic data and generate valuable insights that can be used to improve traffic management. Researchers have successfully adopted these algorithms as a solution to propose optimal vehicle-type classification strategies. This paper highlights the role of deep learning algorithms in solving the vehicle type classification problem, reviewing the state-of-the-art approaches in this field.

Chapitre 1. Essais cliniques et bioéthique en Inde

Since the 1990s, the pharmaceutical industry has been a major contributor to the economic growth of India. India is the world&#8217;s largest vaccines producer, and it attracts foreign direct investors who are relocating production capacities and research activities to develop new drugs in India. India, however, suffers from a lack of trust due to repeated scandals over clinical trials. Some of these scandals have led to economic sanctions, such as the withdrawal of hundreds of generic drugs from consumption in Europe in 2015. These measures followed irregularities detected in clinical trials carried out on volunteers. While India has taken steps to reform the bioethical institutions responsible for the control of clinical trials, we show in this contribution that loopholes persist. Two periods can be distinguished. The first period, between the early 2000s and 2013, gathers a significant growth in the number of clinical trials with a growth in bioethical scandals. It led the Indian government, under pressure from the civil society and the Supreme Court, to take action to curb clinical trials and to reform bioethical institutions. The second period, from 2013 to 2021, is characterised by an increase in the number of clinical trials in a context of strengthening the efficiency of bioethical institutions. We show that the increase in clinical trials is mainly due to the implementation of the TRIPs agreements on generic drugs. This development put another pressure on national vigilance authorities which remain undersized with respect to the magnitude of the Indian clinical trials market. It also highlights again the structural frailties of the Indian Federal System.