1.Online Learning System -It is a cloud service-based learning management platform which provides 9 kinds of teaching resource on the lesson. Thru this system, The teachers could monitor students' learning performance anytime and able to make an adjustment flexibly based on the student’s learning level at the early predict period. 2.Learning Analysis System-It provides a Smart Analysis of learning result. It is analyzed based on the answering time spent on each question answering, student performance chart, and many other factors to know the students' learning effectiveness. 3.Touched Learning System-It is a virtual currency been used based on the reward concept. It is a motivation for students to participate in online learning activities. 4.Thesis Competition System- Through the determination of feature writing’s title, team leader selection, sub-topic proposal, drafting, and so on, the student will then make his e-book. All this learning process and results will be recorded on the system.

Delta's smart city solutions are based on three main axes: smart park management, smart light poles, and community security monitoring: smart park management uses a cross-system city information integration platform that handles a wide range of data transmission, aggregation, visualisation, and analysis to help achieve the goals of smart city governance. Intelligent light poles provide low-carbon lighting services in the parks, and at the same time serve as information collection and transmission nodes for the intelligent Internet of Things, while security surveillance protects people and assets in the parks and the city from infringement. Delta's smart city solutions help customers achieve a better smart city with both technology and humanity.

The device incorporates cutting-edge Edge control technology and is compatible with various sensors. • Independent Operation The device can operate independently even when powered off or disconnected from the network, ensuring continuous operation and functionality. • Remote Firmware Update and Configuration It allows for remote updating of firmware and configuration settings over the network, enabling easy maintenance and optimization of the device. • Data Storage and Transmission The device is equipped with capabilities for storing and transmitting data, facilitating the collection and transfer of information as needed. • LED Indicators The device is equipped with LED indicators for power and communication status, providing visual feedback on its operational status. 1.Model No: AIOT-C01 Fog Detection Controller Application Scope: Mountain Roads, Railways, Highway, Airport, etc 2.Model No: AIOT-C02 Rainfall Detection Controller Application Scope: Mountainous Area Water Level and Rainfall.

Vehicle Classification enables transportation authorities to automatically identify and classify vehicles according to their visual attributes. This technology finds widespread application in traffic management systems, toll collection, parking facilities, and security setups. FETCi leverages AI algorithms and machine learning methodologies to analyze video data collected through LiDAR technology. With an extensive database and repository, FETCi's AI AVC proficiently sorts vehicles into distinct categories, including cars, trucks, motorcycles, buses, and more. By integrating LiDAR technology with AI-powered image recognition, FETCi establishes a vehicle recognition system equipped with self-enhancement and deep learning capabilities.

By the integration and utilization of IoT engineering information and sensor data about water resources management, air quality monitoring, disasters prevention and warnings…, we introduce end-to-end enterprise private networks to provide custom infrastructure systems and services for SMBs and public sectors.

Blepharoptosis refers to the weakening or loss of the Levator muscle of the upper eyelids or Muller's muscle function, resulting in the pupil (iris) being covered by the eyelid, thereby affecting the visual field and appearance. The conventional ptosis assessment is considered a subjective, unreliable, and invalid method as a manual measurement and evaluation of various parameters are performed by doctors using a measuring ruler. Hence, it is difficult to judge and evaluate the benefits of diagnosis and treatment before and after surgery. The Automatic Blepharoptosis Detection System (ABDS) is an automated image measurement equipment featuring clinical objectivity, accuracy, and consistency. It can accurately detect and record all kinds of blepharoptosis parameters, as listed below, that helps doctors to assess the severity of blepharoptosis, and further determine the treatment method. ABDS provides objective information when applying for health insurance benefits. It can also be used as a convenient tool for face-to-face communication with patients and their family members. The most important is that ABDS establish a standard procedure for diagnosis and treatment of blepharoptosis.

Building a Intelligent Transportation Network The traffic system is the artery of an urban development. To improve traffic quality and build a intelligent transportation network, Taiwan SECOM is working with local governments to promote smart street lights. The brightness of these lights can be adjusted according to the surrounding environment, which not only conserves energy but also reduce traffic accidents caused by insufficient lighting. A traffic flow detection system can immediately analyze the traffic flow of each main path and the substitute routes can be immediately displayed on the display to effectively divert traffic flow. The geomagnetic sensor and smart parking meter will help you live occupancy reoporting and fee calculation. Smart Street Light ．Smart Lighting: adjusts brightness according to various scenarios. ．Traffic detection: optimizes traffic routing and analyzes traffic flows. ．Environmental Sensing: detects the temperature, humidity, and PM 2.5 levels. Smart Parking Meter ．Live ocupancy reoporting and fee calculation. ．Bill pringting and support third party payment. ．Significantly reduce the labor cost of road side billing by more than 50%.

FET uses cloud and IoT technologies launches a full range of electric vehicle charging services. It integrates all charging pile information on the market, provides complete information and cash flow services for both car owners and field owners to achieve real-time management. Features * Suitable fields：Apartment / Office building * Remote control within or without internet connectivity * Easy to use; Tap in access card and start charging * Convenient payment by telecom bill, credit card or LINE Pay * 24/7 operation & maintenance services

Building Solar Sports Field, not only enhancing green earth idea, but also encouraging student regular routine and interesting of exercise to engage ability and attitude in physical activity life . ◎ Spec & layout of Solar Sports Field 1. Two Standard Basketball Court can set up 210.6kWP Solar Sports Field. 2. All structure of Sports Field layout should follow on National Earthquake & Wind Resistance Design Specifications and Commentary of Buildings regulation. ◎ Benefit of Solar Sports Field 1. For school, premium income without investment / extra outdoor space within raining weather 2. Each 210.6Kwp Solar Sports Field can generate 270 thousand Kwh / per year (Avg. DMY 3.5) and decreasing 149 ton Carbon. 3. School and Solar Developer will cooperate on Solar Sport Field to achieve Industry-Academia collaboration and Win-Win benefit.

ITS traffic data collection has solved the laborious and time-consuming task of manually calculating traffic flow in the past. It aims to achieve the goals of smoother road conditions and reduced accidents through intelligent traffic diagnosis. By utilizing intelligent transportation systems, the system automatically tracks vehicles, identifies vehicle types, predicts trajectories, and transforms the data into useful information. This assists in real-time interpretation and improvement of traffic engineering. This system is particularly crucial in Taiwan, where over 60% of traffic accidents occur at intersections. Through big data analysis, identifying issues and formulating solutions is possible, thereby lowering accident risks. This approach proves more effective than simple advocacy and alerts.

The Supplier and Investment Management Module is an extension of Carbon Star, allowing enterprises to manage not only their own carbon emissions but also conduct inventory and management of carbon emissions from suppliers or investment companies. The module features complete functionalities for carbon emission data inventory, registration, and management. Additionally, it offers comprehensive education and training services for enterprises regarding suppliers and investment companies. This enables enterprises to view and integrate supply chain data within the platform, and allocate and calculate data according to relevant criteria. The Supplier and Investment Extension Module includes the following functionalities: 1. Supplier greenhouse gas inventory 2. Supplier education, training, and guidance 3. Integration and management of carbon data within the supply chain

2-in-1 Motion Detecting Clothing with multi-channel fabric-based EMG electrodes, could detect muscles strength, including: biceps, triceps, extensor carpi ulnaris and flexor carpi radialis. Also measure angles of arm movement through the inertial measurement unit, providing an objective reference for the physical therapist to draw up a rehabilitation training plan. By immediate feedback, helping Tele-Rehabilitation users to do the expected training.