Smart Classroom Solution

In the era of Internet plus, Huansheng Intelligent builds a smart campus platform based on cloud computing and the Internet of Things, integrates resources to enable teaching management, and helps universities develop with their own characteristics。

Smart Classroom: Reshaping the New Ecology of Classroom Teaching

As a core component of a smart campus, smart classrooms are mainly divided into standard smart classrooms, seminar smart classrooms, and smart tiered classrooms. It relies on information technology to create a comfortable, information-based, and intelligent learning environment, promoting the deep integration of modern educational technology and teaching reform, making teacher-student interaction the norm in the classroom, and assisting teaching decisions through data mining.

Smart Classroom Teaching

Integrate the entire teaching process

Smart classroom realizes full process intelligent interaction, supports multi screen collaboration, real-time screen mirroring, empowers flipped classroom and other innovative models, meeting the diverse teaching needs of teachers and students

Classroom live streaming

Teaching interaction that breaks spatial limitations

Online Course Tour

Real time monitoring of teaching dynamics

Classroom recording

Accumulate high-quality teaching resources

Operation and maintenance control

Efficient management of classroom equipment

Premium Recording and Broadcasting: Creating a High Quality Teaching Resource Library

The high-quality recording and broadcasting system creates a high-quality teaching resource library for universities through professional equipment and technology, achieving effective recording, dissemination, and management of teaching content.

Accurately capturing teaching details

Comprehensively record the teaching content

Efficient dissemination of teaching resources

System management of educational resources

Control Platform: Integrated Campus Management Center

As the "nerve center" of a smart campus, the control platform integrates multiple core systems to build an intelligent management system with "one network coverage and one platform control", achieving digital control of campus teaching scene processes.

Integrate the entire scene system and
build an integrated management network

The platform integrated system covers the entire teaching management scenario

Seamless integration between systems is achieved through a unified data interface. For example, electronic class cards can synchronously display course schedules, classroom usage status, and notifications from information publishing systems. IC card access data is linked in real-time with classroom reservation systems to ensure precise and controllable resource usage permissions.

Core management function, realizing digital transformation of teaching management

One stop operation entrance

Management personnel can complete all operations such as device control (such as remotely turning on classroom projectors), patrol monitoring, resource scheduling, etc. by logging into the platform with a single account, without the need to switch between multiple systems.

Intelligent Classroom Management

Support one card, WeChat, scan code reservation, automatic verification of permissions and allocation of classrooms, real-time synchronization of electronic class cards and academic management systems to avoid conflicts.

Visual Data Center

The backend displays real-time indicators such as classroom usage rate and equipment failure rate, supports analysis by department and time, and assists in decision-making for teaching resource allocation.

Full process operation and maintenance support

Equipment failure automatic alarm and push to operation and maintenance, with traceable repair progress; Asset changes are updated in real-time by sensors, achieving full lifecycle management.

Advantages in technical architecture,
ensuring stable and efficient operation of the system

The platform adopts a distributed architecture design, with front-end hardware (cameras, sensors, controllers, etc.) serving as IoT terminal nodes and enabling autonomous communication between devices through M2M protocols, reducing the pressure on the central server. The backend supports a mixed architecture of C/S+B/S, which not only allows managers to perform complex operations through computer clients, but also supports teachers and students to access them lightly through browsers or mobile devices. The system has high concurrency processing capability and can support real-time data transmission from multiple classrooms simultaneously. With localized deployment solutions, it ensures stable operation during peak campus network periods.