7,761 research outputs found
MARKETING POLITIK MUHAMMAD GHANDI FAISAL SIREGAR DI KABUPATEN LABUHAN BATU SELATAN PADA PEMILIHAN ANGGOTA DPRD PROVINSI SUMATERA UTARA TAHUN 2019
Full text linkPenelitian ini dilatarbelakangi oleh fenomena politik yang terjadi pada pemilihan legislatif Kabupaten Labuhan Batu Selatan tahun 2019. Salah satu fenomena yang menarik adalah kemenangan calon legislatif Muhammad Gandhi Faisal Siregar yang di usung Partai Amanat Nasional. Pada awal kampanye, Muhammad Gandhi Faisal Siregar ragu bisa menang,akan tetapi dengan proses marketing politik yang dilakukan dan modal sosial yang dimilikinya, sehingga berhasil memenangkan kontestasi pemilihan legislatif di dapil 6 yaitu Kabupaten Labuhan Batu Utara, Labuhan Batu dan Labuhan Batu Selatan dan berhasil meraih suara tertinggi di Kabupaten Labuhan Batu Selatan. Penelitian ini bertujuan untuk menjelaskan marketing politik Muhammad Gandhi Faisal Siregar yaitu Produk, Promosi, Harga, Tempat yang dilakukan pada Pemilihan Legislatif di Kabupaten Labuhan Batu Selatan tahun 2019. Penelitian ini menggunakan pendekatan kualitatif dengan tipe penelitian studi kasus. Dengan menggunakan teori marketing politik menurut Firmanzah (2012) yaitu 4p : Produk, Promosi, Harga, Tempat, dari hasil penelitian menunjukan bahwa pada pelaksanaan marketing politik Muhammad Gandhi Faisal Siregar dilihat dari produk, Muhammad Gandhi Faisal Siregar menawarkan konsep pembangunan dan gagasan pembaharuan kepada pemilih dengan memanfaatkan isu politik dan identitas diri, dengan memanfaatkan modal sosial Muhammad Gandhi Faisal siregar dan bapaknya. Promosi yang dilakukan dengan menggunakan media kartu nama, stiker, kalender dan baliho. Harga dari segi ekonomi dana yang dikeluarkan untuk mencetak kartu nama, stiker, kalender, baliho dan relawan, dari segi psikologis Muhammad Gandhi Faisal Siregar menghadirkan suasana yang nyaman terhadap masyarakat pemilih dengan memanfaatkan modal sosial yang dimiliki dan menjaga komunikasi yang baik dengan pemilih sehingga menciptakan citra yang baik kepada pemilih. Tempat Muhammad Gandhi Faisal Siregar adalah basis suara yang dimilikinya periode lalu dan memanfaatkan beberapa perusahaan serta jaringan kekerabatan hingga marga dirinya dan juga memanfaatkan rekan kerja istri dan adiknya seperti golongan ASN (Aparatur Sipil Negara). Modal sosial yang dimiliki oleh Muhammad Gandhi Faisal Siregar dan bapaknya juga menjadi faktor penting dalam mendukung proses marketing Politik Muhammad Gandhi Faisal Siregar pada pemilihan umum
Staircase / Muhammad Faisal Azizam
No full textStaircase is a one of the basic components that connect different floors in building structure. Therefore, this report will explain the detail of method construction of staircase and the problem with their solution. This report is carried out at DTC W407 site Pavillion Damansara Town Centre, Damansara Kuala Lumpur. The objective of the report is to gain knowledge and information on staircase construction method and identify the issue on staircase and the way to overcome the issue. It will focus on staircase construction flow to determine the method that are use and the problems that are faced. To illustrate the method of constructing a staircase from setting out to the finishing work that must be follow the sequence of work as per approved in method statement. It also investigates the problem that might occur in construction of staircase with the effective solution to eliminate the problem without cause any trouble that prevent future work
Modeling of NH3–NO–SCR reaction over CuO/γ-Al2O3 catalyst in a bubbling fluidized bed reactor using artificial intelligence techniques
No full textComparative study of the artificial neural network and mechanistic model was carried out for NO removal in a bubbling fluidized bed reactor. The effects of temperature, superficial gas velocity and ammonia/nitric oxide ratio on the NO removal efficiency were determined and their optimum conditions were estimated by the experimental study, the artificial neural network and mechanistic models as well. The optimum values of ammonia/nitric oxide ratio, temperature and superficial gas velocity for the maximum NO removal efficiency were found to be 1.5, 300 degrees C and 0.098 m/s, respectively. A mechanistic model was implemented in our previous study [Muhammad F. Irfan, Sang Done Kim and Muhammad R. Usman, 2009] and it was found that this model fitted well only at specific condition i.e. maximum conversion temperature (300 degrees C). However, it failed to perfectly match with rest of the experimental data points at other temperatures and parametric conditions as well. To improve this, an artificial neural network modeling strategy was applied and its predictions were evaluated which were favorably matched with the experimental data rather than the mechanistic model. (C) 2011 Elsevier Ltd. All rights reserved
Entrepreneurship : Hi- Jack Technology / Muhammad Faisal Muhamd Apardi ... [et al.]
Full text linkThis business if formed by five entrepreneurs in order to achieve the government integection to improve the small industry and technology among Bumiputra in our cormiyy Furthermore, we want to spread a new technology in our country. Therefore, our enterprise, Hi- Jack Technology SDN BHD would like to sell a new product, know as the “Motorized Cylinder Jack”.
The business partners consists of five men, Nur Azzammudin bin Pcahmat, Muhd Nur Azzammuddin bin Abdullah, Muhammad Faisal bin Muhaaod Apardi, Mohd Syafiq bin Zainuddin and Mohd Al Fadil bin Mat Nor. We choose to run our business at Dungun because of the low competition, promising demand and stable economy status of the locals. Due to the promising factors, we would like to run our business beginning at January 2009.
Our company involved in the buying of parts, assembling and selling the product, the Motorized Cylinder Jack. We also interested in providing services or repairing the product. Our business product has some connection with other heavy industry, mainly the automotive sector, for example PROTON. We also target the local workshops as our customers.
Our product is hopefully made life easier. We would like to change from the conventional, manual cylinder jack into the motorized cylinder jack. It is hopefully that the new technology will reduce the men power needed for a certain company.
To construct our product, we need several parts, involving the participation from several suppliers. To assemble our product, we need motors, cylinder jack, some circuitry and several small components. The suppliers may come from the related industries.
We choose to sell his product because we would like to introduce the new technology, the limits of human ability due to fatigueless and we know the bright future of this business
Sustainable management of water resources in large river basins in a climate change scenario – A case study of Po River Basin
No full textLe risorse di acqua dolce a livello globale sono sotto pressione a causa dell'aumento delle emissioni di gas serra, dell'aumento delle temperature e del forzamento antropogenico. Il settore agricolo, in quanto principale consumatore di acqua dolce, è particolarmente vulnerabile a questi cambiamenti. Il bacino del fiume Po, il più grande bacino fluviale e centro agricolo d'Italia, negli ultimi anni ha subito frequenti siccità. Questo studio intende fornire alcune informazioni sulla gestione sostenibile delle risorse idriche nei grandi bacini fluviali colpiti dal cambiamento climatico. Gli obiettivi specifici comprendevano l'analisi delle tendenze climatiche storiche, la valutazione dei modelli di evapotraspirazione e la valutazione delle minacce di aridità nel bacino del Po su scala stagionale e spaziale. I test di Mann-Kendall e stagionali di Mann-Kendall, combinati con la pendenza di Theil-Sen, sono stati applicati per rilevare le tendenze passate e i tassi di cambiamento dal 1960 al 2020. La classificazione pluviometrica di Bandini per l'Italia è stata aggiornata utilizzando i dati attuali per meglio caratterizzare i regimi di precipitazione. I dati relativi alla temperatura e alle precipitazioni sono stati estrapolati altitudinalmente per eliminare gli effetti della quota, e sono state elaborate mappe climatologiche mensili aggiornate per il bacino. Il fabbisogno idrico del bacino è stato valutato utilizzando l'evapotraspirazione potenziale di Thornthwaite (indicativa della domanda d'acqua dell'ecosistema come caratteristica climatica) e l'evapotraspirazione delle colture ottenuta dall'evapotraspirazione di riferimento di Hargreaves e Samani corretta con i coefficienti di coltura (secondo le classi di copertura del suolo accoppiate con il metodo FAO). Inoltre, la domanda di evapotraspirazione delle colture è stata determinata per quattro scenari colturali: miglio e lenticchie, orzo e lenticchie, frumento invernale e fagiolo verde, riso e lenticchie. Le tendenze spaziali e temporali dell'aridità sono state valutate utilizzando quattro indici di aridità basati su due diversi aspetti. Essi son oindici basati su temperatura e precipitazioni, cio gli indici di aridit' di e indici di De Martonne e De Martonne Pinna sul l'evapotraspirazione, cioè indici di aridità di Melisenda e Budyko. I risultati hanno mostrato tendenze significative verso l'alto in tutte le metriche di temperatura, soprattutto durante le stagioni estive con tassi da 0,5 \degree C a 0,7 \degree C per decennio. Oltre l'80\% del bacino presentava una domanda evapotraspirativa delle colture superiore a quella potenziale, indicando esigenze di irrigazione. Mentre il bacino è classificato come umido su base annua, circa il 40\% sperimenta condizioni mediterranee o semi-aride durante l'estate, che coincide con la stagione di crescita massima. Tra quelli considerati, lo scenario di coltivazione del riso e delle lenticchie ha mostrato il deficit idrico più elevato, raggiungendo i 500 mm annui. Questi risultati evidenziano la necessità di un'azione immediata attraverso strategie sostenibili che includano selezione delle colture, efficienza dell'irrigazione e gestione integrata delle risorse idriche per garantire la sostenibilità idrologica e agricola del bacino.Freshwater resources globally are under stress due to increasing greenhouse gas emissions, rising temperatures, and anthropogenic forcing. The agricultural sector, as the largest consumer of freshwater, is particularly vulnerable to these changes. The Po river basin, Italy's largest river basin and agrarian hub, has been experiencing frequent droughts in recent years. This study set out to provide some insights regarding the sustainable management of water resources in large river basins suffering from climate change.
The specific objectives included the analysis of historical climatic trends, assessment of evapotranspiration patterns and, evaluation of aridity threats across the Po river basin on seasonal and spatial scales. Mann-Kendall and seasonal Mann-Kendall tests, combined with Theil-Sen's slope, were applied to detect past trends and rates of change from 1960 to 2020. The classical Bandini Pluviometric classification for Italy was updated using current data to better characterize precipitation regimes. Temperature and precipitation data were altitudinally detrended to eliminate elevation influences, and updated monthly climatological maps were developed for the basin. The basin’s water demand was assessed using Thornthwaite potential evapotranspiration (indicative of ecosystem water demand as a climatic characteristic) and crop evapotranspiration obtained from the Hargreaves and Samani's reference evapotranspiration adjusted with crop coefficients (as per Corine land cover classes). Additionally, crop evapotranspiration demand was determined for four cropping scenarios which were millet and lentils, barley and lentils, winter wheat and green beans, and rice and lentils. The spatial and temporal trends in aridity were assessed using four aridity indices based on two different aspects. Temperature and precipitation-based i.e., De Martonne and De Martonne Pinna combinative indices, and evapotranspiration-based i.e., Melisenda and Budyko aridity indices.
Results showed significant increasing trends in all temperature metrics, most prominently during summer seasons with rates of 0.5 degree C to 0.7 degree C per decade. Over 80% of the basin showed higher crop evapotranspiration than potential evapotranspiration, indicating irrigation needs. While the basin is classified as humid on an annual basis, about 40% experiences Mediterranean to semi-arid conditions during summer, coinciding with peak growing season. The rice-lentils cropping system showed the highest water deficit, reaching 500 mm annually. These findings highlight the need for immediate action through sustainable strategies including crop selection, irrigation efficiency, and integrated water resources management to ensure the basin's hydrological and agricultural sustainability
E-enterprise : business models, architecture, and components / Faisal Hoque.
No full textIncludes bibliographical references (p. [265]-271) and index.xx, 284 pages ;E-commerce is still a volatile industry, but each day a new enterprise pops up promising to be the next big thing. The real challenge is to understand what is involved in using the Internet as a means to building a successful business. Rather than coming up with marketing hooks and product innovations, e-Enterprise: Business Models, Architecture, and Components demystifies e-commerce and describes how a business should determine its own future by taking the next step and becoming an agile 'e-enterprise'. Faisal Hoque introduces the concept of high-level abstraction of business processes and application functionality that result in reusable business and technology components. He provides a methodology that is critical for all business leaders and technologists trying to build an enterprise on the internet
Orientropikal / Nurul Farhana Shahiera Binti Muhammad Faisal
Full text linkFor my final year project, I use natural dye colours from mangosteen, dragon fruit, butterfly pea, turmeric and red cabbage. The colours are used on all fabrics. The theme is oriental tropical, focusing the oriental style in a tropical feel. I have created a collection of resist textiles using 100 percent natural material and coloring. The motifs and designs were inspired from the lines, shape, texture and flower of the plants
GLT matrix-sequences and few emblematic applications
Full text linkThis thesis advances the spectral theory of structured matrix-sequences within the framework of Generalized Locally Toeplitz (GLT) ∗-algebras, focusing on the geometric mean of Hermitian positive definite (HPD) GLT matrixsequences and its applications in mathematical physics. For two HPD sequences {An}n ∼GLT κ and {Bn}n ∼GLT ξ in the same d-level, r-block GLT ∗-algebra, we prove that, when κ and ξ commute, the sequence of geometric means {G(An, Bn)}n is a GLT sequence with symbol (κξ)1/2, without requiring the almost-everywhere invertibility of either symbol, thereby settling [37, Conjecture 10.1] for r = 1, d ≥ 1. In degenerate cases, where symbols vanish on sets of positive measure, we identify conditions ensuring
that the geometric mean retains a GLT structure in the commuting setting, so having {G(An, Bn)}n ∼GLT G(κ, ξ). Conversely, for r > 1 with degenerate,
non-commuting symbols, we provide numerical evidence that the resulting sequence still admits a spectral symbol, with G(κ, ξ) being not well defined.
The latter implies that the result {G(An, Bn)}n ∼GLT G(κ, ξ) in the commuting setting is maximal. Numerical experiments in scalar and block settings,
in one and two dimensions, confirm the theoretical predictions and illustrate spectral behaviour. We sketch also the case of k ≥ 2 matrix-sequences, by
considering the Karcher mean. Preliminary results and numerical experiments indicate that {G(A(1)n, . . . A(k)n)}n ∼GLT G(κ1, . . . κk), if {A(j)n }n ∼GLT κj, for j = 1, . . . , k.
The GLT framework is further applied to mean-field quantum spin systems, with particular attention to the quantum Curie–Weiss model. In this context, we show that the structured matrices arising from the model form GLT sequences, enabling an explicit determination of their spectral distributions
in both unrestricted and symmetry-restricted cases. Numerical simulations validate the analysis and reveal additional spectral features such as eigenvalue localization and extremal behaviour.
In terms of mathematical tools, we use the axioms characterizing the d-level, r-block GLT ∗-algebra, the notion of approximating classes of sequences and the important two-sided ideal of zero-distributed matrix-sequences.This thesis advances the spectral theory of structured matrix-sequences within the framework of Generalized Locally Toeplitz (GLT) ∗-algebras, focusing on the geometric mean of Hermitian positive definite (HPD) GLT matrixsequences and its applications in mathematical physics. For two HPD sequences {An}n ∼GLT κ and {Bn}n ∼GLT ξ in the same d-level, r-block GLT ∗-algebra, we prove that, when κ and ξ commute, the sequence of geometric means {G(An, Bn)}n is a GLT sequence with symbol (κξ)1/2, without requiring the almost-everywhere invertibility of either symbol, thereby settling [37, Conjecture 10.1] for r = 1, d ≥ 1. In degenerate cases, where symbols vanish on sets of positive measure, we identify conditions ensuring
that the geometric mean retains a GLT structure in the commuting setting, so having {G(An, Bn)}n ∼GLT G(κ, ξ). Conversely, for r > 1 with degenerate,
non-commuting symbols, we provide numerical evidence that the resulting sequence still admits a spectral symbol, with G(κ, ξ) being not well defined.
The latter implies that the result {G(An, Bn)}n ∼GLT G(κ, ξ) in the commuting setting is maximal. Numerical experiments in scalar and block settings,
in one and two dimensions, confirm the theoretical predictions and illustrate spectral behaviour. We sketch also the case of k ≥ 2 matrix-sequences, by
considering the Karcher mean. Preliminary results and numerical experiments indicate that {G(A(1)n, . . . A(k)n)}n ∼GLT G(κ1, . . . κk), if {A(j)n }n ∼GLT κj, for j = 1, . . . , k.
The GLT framework is further applied to mean-field quantum spin systems, with particular attention to the quantum Curie–Weiss model. In this context, we show that the structured matrices arising from the model form GLT sequences, enabling an explicit determination of their spectral distributions
in both unrestricted and symmetry-restricted cases. Numerical simulations validate the analysis and reveal additional spectral features such as eigenvalue localization and extremal behaviour.
In terms of mathematical tools, we use the axioms characterizing the d-level, r-block GLT ∗-algebra, the notion of approximating classes of sequences and the important two-sided ideal of zero-distributed matrix-sequences
Development of Smart Plant Watering System Application Based on Internet of Things
Full text linkIn 2024, air pollution levels in Jakarta were recorded as the highest in Southeast Asia, based on various air quality monitoring reports. This condition has become an increasingly alarming environmental issue, with pollution levels frequently exceeding the safe threshold set by the World Health Organization (WHO). One of the efforts by the Jakarta Provincial Government to address this problem is a free plant distribution program for the public. Plants play a crucial role in absorbing carbon dioxide, producing oxygen, and reducing airborne pollutant particles. However, plant maintenance—especially watering—poses its own challenges. Inefficient watering can cause plants to experience stress, wilt, or even die. With the advancement of technology, an automatic plant watering system based on the Internet of Things (IoT) presents a potential solution to improve the efficiency and sustainability of plant care. This study aims to develop a smart plant watering system application based on IoT that can automatically control watering based on real-time soil moisture levels. The system was applied to spider plants (Chlorophytum comosum) grown in pots with a diameter of 15 cm. By using an ESP32 microcontroller, a soil moisture sensor (Capacitive Soil Moisture Sensor v1.2), an air temperature and humidity sensor (DHT11), and a water pump, the system automatically activates watering when the soil moisture is below 55% and stops when it exceeds 65%. Sensor data is stored in a database and displayed through a web-based application for remote monitoring
Visualization for UiTM timetable generation system using timetable JavaScript Plugin / Muhammad Faisal Norsham
Full text linkThis dissertation is motivated to develop an application that helps students manage and visualize their class schedule. By beginning a brief discussion related to timetable and class schedule, this study will expand the foundation for developing a functional and acceptable system that is capable of generating timetable based on a specific student’s class schedule. The first objective would be to design and develop a web application called Timetable Generation System. The second objective is to evaluate the functionality and user acceptance towards the said system. The system’s significance could ease the process of finding and arrange the student’s class schedule in a timetable which will dramatically reduce the time it takes for students to prepare their class schedule timetable every semester. Literature review will be discussed in various topics from class schedule timetabling to web application development. Three related works are included to analyse the related problems of the previous work done by other researchers and study the methods and approaches they used in developing their system. The methodology will discuss the SDLC approach in developing the project. The project development consists of four phases; analysis, design, development and testing. The system was evaluated using functional testing and User Acceptance Test. The tests were conducted in order to verify the system meet user requirements and users accept the developed system respectively. The author may improve the Timetable Generation System in the future by implementing a fully automatic application that require less input from users as well as developing a mobile platform version of the application. There is also a potential study to design and develop the same application but for examination schedule instead
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