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Integrating Fintech and Digital Innovation in Climate Finance
(2026-01-01)
Sawagvudcharee, Ousanee
;
Vohra, Simran
The long-term sustainability of climate finance depends on comprehending and managing risk and resilience. Due to the excessive levels of environmental degradation and climate change caused by human activity, there has been a recent surge in international efforts to promote environmental sustainability, eco-friendliness, and ecosystems and mitigate climate change. The purpose of this study is to learn more about how Fintech and digital innovations can be integrated into client finance. “How should Fintech and digital innovations be integrated in climate finance for global perspectives?” is emphasized. The triangulation approach was employed to enhance the validity, credibility, and completeness of a study’s findings. The document technique and non-participant observation were used to collect data. Critical analysis, content analysis, and thematic coding techniques were used. The findings demonstrate that information systems (IS), including information technology (IT), are necessary for integrating fintech and digital innovations in climate funding for global perspectives in all other economic sectors, including the financial industry. Ecological sustainability is a major worry for authorities globally due to the disastrous consequences. Fintech, digital innovations, and climate funding are some of the new strategies required to combat climate change, ethical governance, and related environmental challenges. Fintech and other digital advancements include new methods of product development and company operations that impact businesses and services. Fintech innovations like artificial intelligence (AI) and technology have the potential to significantly alter the climate funding industry by enhancing accessibility, reliability, safety, and transparency. Fintech, or financial technology, has the potential to improve service delivery and address societal issues like water sustainability.
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The effect of online mentoring system through professional learning community with information and communication technology via cloud computing for pre-service teachers in Thailand
(2021-01-01)
Karo, Danaisak
;
Petsangsri, Sirirat
The objective of this study was to evaluate the utilization of Online Mentoring system through Professional Learning Community with Information and Communication Technology via Cloud Computing for Pre-Service Teachers in Thailand. The sample was 26 pre-service teachers of computer education program, Faculty of Education, Phuket Rajabhat University of academic year 2018. The instrument was the evaluation form of system effectiveness in 4 components which were the ability of function requirement test; the accuracy of function test; the accessibility and simplicity of usability test; and the security test. The findings indicated that each element was at the highest level and the overall average was at 4.68; the Standard Deviation was 0.36. Therefore, it illustrated that online mentoring through professional learn was effective at the highest level.
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Sport safety improvement using security camera without audience privacy violation
(2010-08-02)
Praditsathaporn, Suriya
;
Kaviya, Somkuan
;
Yupapin, Preecha P.
Crime in the sport stadium is an unacceptable situation. It is necessary to watch and inform to the related person. The existed system to date is not replied such a requirement. In this paper, we propose the use of today information technology for crime in watching and investigation in the sport stadium. The system known as wireless-touch screen that uses for sport stadium surveillance, detection, and prevention criminality. It is cheap and movable instrument which is suitable for portable application. The additional system for privacy protection using the camera with angle sensor and spectator's information is also proposed.
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PEA organization image and homeland security using CCTV
(2010-08-02)
Thananunsophon, Ketsupich
;
Pavaganun, Chavana
;
Yupapin, Preecha P.
This paper presents the use of information technology and power line poles in the organization known as Provincial Electricity Authority (PEA), where there are two different applications are described. Firstly, the multi-channel communication (MCC) using both wire and wireless communication media for PEA organization image development is discussed. Secondly, the use of closed circuit television (CCTV) that they can be installed into the street lamps on the power line poles throughout the nation for homeland security is proposed and discussed in details.
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Radiation characteristics of inclined slot antenna on conducting spherical cavity
(2003-01-01)
Phongcharoenpanich, C.
;
Boonrod, D.
;
Krairiksh, M.
This paper presents theoretical investigations of the characteristics such as radiation pattern, half-power beamwidth, directivity, front-to-back ratio and polarization of an inclined slot on spherical surface. The total fields inside the cavity are formulated by means of the combination of TE and TM modes. The unknown coefficients of the fields are determined by imposing the boundary conditions. The voltage distribution along the slot is reasonably assumed to be the sinusoidal functions. The numerical results of radiation characteristics for various radii of the spherical surface are illustrated. The comparisons between horizontal slot and inclined slot are reported. The result of the analysis shows that this technique is very useful for the design of spherical slot array antenna of any orientation.
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Dihedral corner reflector antenna excited by a probe inside rectangular ring
(2003-01-01)
Lamultree, S.
;
Phongcharoenpanich, C.
;
Kosulvit, S.
;
Krairiksh, M.
This paper proposes a dihedral corner reflector excited by a probe inside rectangular ring. The antenna structure is simple. The radiation characteristics of the antenna for various spacing between a probe inside rectangular ring and the dihedral corner reflector are analyzed. The numerical results of the radiation pattern, elevational and azimuthal beam peak in E-plane and H-plane, beamwidth and maximum directivity are substantially investigated. In addition, these characteristics are also compared among the included angles of 30°, 45°, 60° and 90° of dihedral corner reflector. The result of the analysis is very useful to design the antenna of high directivity with unidirectional beam.
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Single-input and three-output current-mode biquadratic filters using multiple-output OMAs
(2002-01-01)
Tangsrirat, W.
;
Unhavanich, S.
;
Dumawipata, T.
;
Surakampontorn, W.
A novel circuit configuration for the realization of the single-input and three-output (SITO) current-mode biquadratic filters employing only three multiple-output operational mirrored amplifiers (OMAs) is presented. The proposed circuit can simultaneously realize lowpass, bandpass and highpass filter functions at three high-impedance outputs without changing the circuit configuration and elements. Moreover, the resultant current-mode filter provides low passive and active sensitivities, uses of only grounded passive elements and can be orthogonal tuned of the parameters at and Q-factor.
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Capacity analysis of forward-link in DS-CDMA cellular system with power control
(2002-01-01)
Longpichai, S.
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Rattanakoch, W.
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Kidakorn, P.
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Kimpan, C.
;
Pin-Ngern, O.
In this paper, we analyze the forward-link capacity of a cellular DS-CDMA system, especially the effects of power control, path loss exponent (γ) and orthogonality factor (f<inf>0</inf>) of multipath propagation on the system. The problem of finding an optimum power control factor (n) is evaluated. According to n, the proper threshold distance is estimated for optimum performance. With these factors, the numerical results show that the capacity is reduced by changing f<inf>0</inf> from 0.7 to 0.2 and γ from 5 to 3.

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