Integration of sensors and predictive analysis with machine learning as a modern tool for economic activities and a major step to fight against climate change

CC BY Logo DOI

Environmental issues have remained one of the most challenging social-economic impacts on the world and most countries. Tackling these challenges has remained an underlying issue as a concise approach, method, and policy are yet to be globally made available. Machine learning (ML) with support from IoTs, big data, NLP, and cloud computing is radicalizing the development of a modern-day economy via human support systems. With technical devices, systems, and processes intricately oriented to human understanding. Little environmental needs have been developed to give humans a comfortable place. Even though sensors capture and satisfy human needs, global ecosystem barriers have weighed beyond. Following changes in the world today, automated restrictions and barriers have been seen limiting humans from enjoying opportunities offered by IoTs, big data, NLP, and cloud computing due to environmental impact. Machine learning with capabilities to help humans become more informed is insignificantly exploited on the environmental needs. To suggest an integrated system, method, and areas that IoTs, big data, NLP, and cloud computing should focus on to fight negative environmental impact as a major step to fight climate change. In the study, two research questions and a hypothesis were used. Daily data on emission accusations was collected and used to respond to research questions and hypotheses. In 30 minutes per day and within a month, 412 diesel cars emitted 54,384 g CO2/km, 636 petrol cars emitted 76,320 g CO2/km, and 157 LPG cars emitted 9,577 g CO2/km. Predictions and forecasts were determined based on the data collected. Data accusations reveal they worsen the future impact as both hypotheses and research questions positively support findings that integration of sensors with machine learning can predict future climate situations. Improved gardens are needed, limit artificial items and diesel cars, and improved afforestation is needed in this city.

Tytuł
Integration of sensors and predictive analysis with machine learning as a modern tool for economic activities and a major step to fight against climate change
Twórca
Offiong Uwakmfon
Słowa kluczowe
machine learning; sensor; internet of things; cloud computing; big data; natural language processing; carbon emissions; environmental changes; climate change
Słowa kluczowe
nauczanie maszynowe; czujnik; internet przedmiotów; chmura obliczeniowa; duże dane; język naturalny przetwarzania; emisja dwutlenku węgla; zmiany środowiskowe; zmiana klimatu
Współtwórca
Muam Mah Pascal
Skalna Iwona
Pełech-Pilichowski Tomasz
Muzam John
Munyeshuri Eric
Mudoh Polycap ORCID 0000-0003-4643-4712
Data
2022
Typ zasobu
artykuł
Identyfikator zasobu
DOI 10.56578/jgelcd010103
Źródło
Journal of Green Economy and Low-Carbon Development, 2022, vol. 1 iss. 1, s. 16-33
Język
angielski
Prawa autorskie
CC BY CC BY
Dyscyplina naukowa
Nauki o zarządzaniu i jakości; Dziedzina nauk społecznych; Nauki o polityce i administracji; Dziedzina nauk społecznych
Kategorie
Publikacje pracowników US
Data udostępnienia9 sie 2023, 12:56:09
Data mod.9 sie 2023, 12:56:09
DostępPubliczny
Aktywnych wyświetleń0