NSTL国家科技图书文献中心

1. ENHANCING SMART AGRICULTURE USING INTERNET OF THINGS AND TRANSFORMER MODEL NSTL国家科技图书文献中心

ILVICO SONATA | YULYANI ARIFIN - 《International journal of innovative computing,information and control》 - 2025,21(2) - 515～531 - 共17页

摘要：. This paper will propose a smart* agriculture through* | sustainability of agricultural production can use smart | agriculture with Internet of Things (IoT) technology that | Agricultural production levels are highly | dependent on weather and soil conditions. To ensure the

关键词： Deep learning | Internet of Things | Smart agriculture | Transformer

2. Localization in WSN-Assisted IoT Networks Using Machine Learning Techniques for Smart Agriculture NSTL国家科技图书文献中心

Hina Singh | Preeti Yadav ... - 《International journal of communication systems》 - 2025,38(5) - e6004.1～e6004.36 - 共36页

摘要： localization challenge for smart* agriculture. This* | for smart* agriculture. It explores various ML* | It has been observed that the agriculture | , such as precision agriculture, fast decision-making | reliability in various agriculture* activities. Additionally*

关键词： Internet of Things | localization | machine learning | precision agriculture | smart agriculture | wireless sensor networks

3. Pattern design for capacity building of promoters in climate-smart agriculture environment NSTL国家科技图书文献中心

Mohsen Rafiee Sefid ... | Seyed Mehdi Mirdamad...... - 《Journal of environmental engineering and science》 - 2025,20(1) - 38～48 - 共11页

摘要： the development of climate smart* agriculture. The* | impact on climate-smart* agriculture with 22%, followed* | -smart* agriculture (R~2 = 0.687), indicating the impact* | climate-smart* agriculture. Also, the design of this* | development of sustainable agriculture. Along with

关键词： capacity building | climate change | climate-smart agriculture | developing countries | environment | extension experts

4. Blockchain Assisted Secure Authentication Protocol for Aerial Surveillance in IoT-Based Smart Agriculture NSTL国家科技图书文献中心

G. S. Tamizh Arasi | P. Rubini ... - 《Transactions on Emerging Telecommunications Technologies》 - 2025,36(4) - e70118～ - 共16页

摘要：In modern smart* agriculture, unmanned aerial* | entities collaborate in smart* agriculture, the need for a* | -enabled smart* agriculture. The key contributions are* | -based aerial surveillance security for smart | agriculture.

关键词： Aerial surveillance security | Blockchain | IoT devices | PUF | Smart agriculture | Unmanned aerial vehicles

5. Cognitive Sensor Network-Based Emergency Notification in Smart Agriculture NSTL国家科技图书文献中心

Demirturk, Burak | Bayrakdar, Muhammed ... - 《IEEE sensors journal》 - 2025,25(2) - 3631～3639 - 共9页

摘要： for agricultural data with priority classes in smart | agriculture. In IEEE 802.11af technology, the white space | In this study, a cognitive radio sensor | network based on IEEE 802.11af technology is proposed | device (WSD), station (STA), and access point (AP

关键词： Monitoring | Wireless sensor networks | White spaces | TV | Cognitive radio | Wireless communication | Intelligent sensors | Costs | Databases | Temperature sensors...

6. Climate-smart agriculture, enhanced agroproduction, and carbon sequestration potential of agroecosystems in India: a meta-analysis NSTL国家科技图书文献中心

Tyagi, Anshul | Haritash, A. K. - 《Journal of environmental studies and sciences》 - 2025,15(1) - 167～185 - 共19页

摘要： security, etc. The adoption of climate-smart agriculture | chemical-intensive agriculture* practices have made the* | conventional to climate-smart* agricultural practices (CSA) in* | %, respectively, compared to the conventional agriculture | Changing climate and shifts in weather

关键词： Climate-smart agriculture | Carbon neutrality | Carbon sequestration | Soil carbon stocks

7. MADRL-Based Collaborative Computation Offloading and Resource Orchestration for Multitask Data Sharing in Smart Agriculture NSTL国家科技图书文献中心

Tantan Zhao | Miao Zhang ... - 《IEEE internet of things journal》 - 2025,12(4) - 3887～3904 - 共18页

摘要： in smart* agriculture scenarios, where the redundant* | orchestration for multitask data sharing in smart agriculture | Multiple different computation tasks may be | simultaneously offloaded to mobile edge computing (MEC) servers | transmission of shared data among different tasks leads to

关键词： Energy consumption | Smart agriculture | Optimization | Multitasking | Collaboration | Servers | Meteorology | Approximation algorithms | Resource management | Temperature distribution

8. Hybrid Wind‐Solar Self‐Powered Detector System Using a Triboelectric‐Photovoltaic Generator for Smart Agriculture NSTL国家科技图书文献中心

Jing Zhao | Xinrui Li ... - 《Energy Technology: Generation,Conversion,Storage,Distribution》 - 2025,13(3) - n/a～n/a - 共8页

摘要： smart agriculture. Collecting renewable energy in the | agriculture. | The growth of crops is affected by factors | such as temperature, humidity, and salinity, so it is | critical to monitor these indicators through detectors in

关键词： detectors | electric conductivities | energy collecting | smart agriculture | triboelectric‐photovoltaic hybrid generators

9. Nano-fertilizer for Climate-Smart Agriculture: A Comprehensive Patent Analysis for Sustainable Soil Management Practices NSTL国家科技图书文献中心

Kaushlendra Singh R.... | Viralkumar B. Mandal... - 《Nanotechnology in the Life Sciences.》 - 2025,2 - 195～213 - 共19页

摘要：Abstract Climate-smart* agriculture (CSA) plays* | potential to transform agriculture* by improving nutrient* | agriculture, nano-fertilizers enable site-specific nutrient | -fertilizer technology for agriculture* but also identify* | a vital role in addressing climate change and

关键词： Climate-Smart Agriculture; Nano-fertilizer; Patent Landscape ; Patentscope; Sustainable

10. Determinants of Adoption of Climate-Smart Agriculture Practices among Farmers in Sheema District, Western Uganda NSTL国家科技图书文献中心

Benard Mugisha | David Agole ... - 《Journal of international agricultural and extension education》 - 2025,32(2) - 204～222 - 共19页

摘要： adoption of climate smart* agriculture practices using the* | impact on food security and livelihoods, Climate-Smart | Agriculture (CSA) is one strategy aiming to help farmers | With the rapid pace of climate change and its | adopt more sustainable farming practices. This study

摘要：. This paper will propose a smart* agriculture through* | sustainability of agricultural production can use smart | agriculture with Internet of Things (IoT) technology that | Agricultural production levels are highly | dependent on weather and soil conditions. To ensure the

关键词： Deep learning | Internet of Things | Smart agriculture | Transformer

摘要： localization challenge for smart* agriculture. This* | for smart* agriculture. It explores various ML* | It has been observed that the agriculture | , such as precision agriculture, fast decision-making | reliability in various agriculture* activities. Additionally*

关键词： Internet of Things | localization | machine learning | precision agriculture | smart agriculture | wireless sensor networks

摘要： the development of climate smart* agriculture. The* | impact on climate-smart* agriculture with 22%, followed* | -smart* agriculture (R~2 = 0.687), indicating the impact* | climate-smart* agriculture. Also, the design of this* | development of sustainable agriculture. Along with

关键词： capacity building | climate change | climate-smart agriculture | developing countries | environment | extension experts

摘要：In modern smart* agriculture, unmanned aerial* | entities collaborate in smart* agriculture, the need for a* | -enabled smart* agriculture. The key contributions are* | -based aerial surveillance security for smart | agriculture.

关键词： Aerial surveillance security | Blockchain | IoT devices | PUF | Smart agriculture | Unmanned aerial vehicles

摘要： for agricultural data with priority classes in smart | agriculture. In IEEE 802.11af technology, the white space | In this study, a cognitive radio sensor | network based on IEEE 802.11af technology is proposed | device (WSD), station (STA), and access point (AP

关键词： Monitoring | Wireless sensor networks | White spaces | TV | Cognitive radio | Wireless communication | Intelligent sensors | Costs | Databases | Temperature sensors...

摘要： security, etc. The adoption of climate-smart agriculture | chemical-intensive agriculture* practices have made the* | conventional to climate-smart* agricultural practices (CSA) in* | %, respectively, compared to the conventional agriculture | Changing climate and shifts in weather

关键词： Climate-smart agriculture | Carbon neutrality | Carbon sequestration | Soil carbon stocks

摘要： in smart* agriculture scenarios, where the redundant* | orchestration for multitask data sharing in smart agriculture | Multiple different computation tasks may be | simultaneously offloaded to mobile edge computing (MEC) servers | transmission of shared data among different tasks leads to

关键词： Energy consumption | Smart agriculture | Optimization | Multitasking | Collaboration | Servers | Meteorology | Approximation algorithms | Resource management | Temperature distribution

摘要： smart agriculture. Collecting renewable energy in the | agriculture. | The growth of crops is affected by factors | such as temperature, humidity, and salinity, so it is | critical to monitor these indicators through detectors in

关键词： detectors | electric conductivities | energy collecting | smart agriculture | triboelectric‐photovoltaic hybrid generators

摘要：Abstract Climate-smart* agriculture (CSA) plays* | potential to transform agriculture* by improving nutrient* | agriculture, nano-fertilizers enable site-specific nutrient | -fertilizer technology for agriculture* but also identify* | a vital role in addressing climate change and

关键词： Climate-Smart Agriculture; Nano-fertilizer; Patent Landscape ; Patentscope; Sustainable

摘要： adoption of climate smart* agriculture practices using the* | impact on food security and livelihoods, Climate-Smart | Agriculture (CSA) is one strategy aiming to help farmers | With the rapid pace of climate change and its | adopt more sustainable farming practices. This study

关键词： Climate smart | smallholders | agriculture | adoption

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：. This paper will propose a smart agriculture through | sustainability of agricultural production can use smart | agriculture with Internet of Things (IoT) technology that | Agricultural production levels are highly | dependent on weather and soil conditions. To ensure the

关键词： Deep learning | Internet of Things | Smart agriculture | Transformer

摘要： localization challenge for smart agriculture. This | for smart agriculture. It explores various ML | It has been observed that the agriculture | , such as precision agriculture, fast decision-making | reliability in various agriculture activities. Additionally

关键词： Internet of Things | localization | machine learning | precision agriculture | smart agriculture | wireless sensor networks

摘要： the development of climate smart agriculture. The | impact on climate-smart agriculture with 22%, followed | -smart agriculture (R~2 = 0.687), indicating the impact | climate-smart agriculture. Also, the design of this | development of sustainable agriculture. Along with

关键词： capacity building | climate change | climate-smart agriculture | developing countries | environment | extension experts

摘要：In modern smart agriculture, unmanned aerial | entities collaborate in smart agriculture, the need for a | -enabled smart agriculture. The key contributions are | -based aerial surveillance security for smart | agriculture.

关键词： Aerial surveillance security | Blockchain | IoT devices | PUF | Smart agriculture | Unmanned aerial vehicles

摘要： for agricultural data with priority classes in smart | agriculture. In IEEE 802.11af technology, the white space | In this study, a cognitive radio sensor | network based on IEEE 802.11af technology is proposed | device (WSD), station (STA), and access point (AP

关键词： Monitoring | Wireless sensor networks | White spaces | TV | Cognitive radio | Wireless communication | Intelligent sensors | Costs | Databases | Temperature sensors...

摘要： security, etc. The adoption of climate-smart agriculture | chemical-intensive agriculture practices have made the | conventional to climate-smart agricultural practices (CSA) in | %, respectively, compared to the conventional agriculture | Changing climate and shifts in weather

关键词： Climate-smart agriculture | Carbon neutrality | Carbon sequestration | Soil carbon stocks

摘要： in smart agriculture scenarios, where the redundant | orchestration for multitask data sharing in smart agriculture | Multiple different computation tasks may be | simultaneously offloaded to mobile edge computing (MEC) servers | transmission of shared data among different tasks leads to

关键词： Energy consumption | Smart agriculture | Optimization | Multitasking | Collaboration | Servers | Meteorology | Approximation algorithms | Resource management | Temperature distribution

摘要： smart agriculture. Collecting renewable energy in the | agriculture. | The growth of crops is affected by factors | such as temperature, humidity, and salinity, so it is | critical to monitor these indicators through detectors in

关键词： detectors | electric conductivities | energy collecting | smart agriculture | triboelectric‐photovoltaic hybrid generators

摘要：Abstract Climate-smart agriculture (CSA) plays | potential to transform agriculture by improving nutrient | agriculture, nano-fertilizers enable site-specific nutrient | -fertilizer technology for agriculture but also identify | a vital role in addressing climate change and

关键词： Climate-Smart Agriculture; Nano-fertilizer; Patent Landscape ; Patentscope; Sustainable

摘要： adoption of climate smart agriculture practices using the | impact on food security and livelihoods, Climate-Smart | Agriculture (CSA) is one strategy aiming to help farmers | With the rapid pace of climate change and its | adopt more sustainable farming practices. This study

关键词： Climate smart | smallholders | agriculture | adoption

4008-161-200 800-990-8900

国家科技图书文献中心

摘要：. This paper will propose a smart* agriculture through* | sustainability of agricultural production can use smart | agriculture with Internet of Things (IoT) technology that | Agricultural production levels are highly | dependent on weather and soil conditions. To ensure the

摘要： localization challenge for smart* agriculture. This* | for smart* agriculture. It explores various ML* | It has been observed that the agriculture | , such as precision agriculture, fast decision-making | reliability in various agriculture* activities. Additionally*

摘要： the development of climate smart* agriculture. The* | impact on climate-smart* agriculture with 22%, followed* | -smart* agriculture (R~2 = 0.687), indicating the impact* | climate-smart* agriculture. Also, the design of this* | development of sustainable agriculture. Along with

摘要：In modern smart* agriculture, unmanned aerial* | entities collaborate in smart* agriculture, the need for a* | -enabled smart* agriculture. The key contributions are* | -based aerial surveillance security for smart | agriculture.

摘要： security, etc. The adoption of climate-smart agriculture | chemical-intensive agriculture* practices have made the* | conventional to climate-smart* agricultural practices (CSA) in* | %, respectively, compared to the conventional agriculture | Changing climate and shifts in weather

摘要：Abstract Climate-smart* agriculture (CSA) plays* | potential to transform agriculture* by improving nutrient* | agriculture, nano-fertilizers enable site-specific nutrient | -fertilizer technology for agriculture* but also identify* | a vital role in addressing climate change and

摘要： adoption of climate smart* agriculture practices using the* | impact on food security and livelihoods, Climate-Smart | Agriculture (CSA) is one strategy aiming to help farmers | With the rapid pace of climate change and its | adopt more sustainable farming practices. This study