- 地点
- 默恩达尔,瑞典
- 类型
- 实习
职责
- 探索通用场景模拟器的模型,用于测试各种动态算法在特定场景中的应用。
- 场景模拟器应设计为现有物理模拟器的“数字孪生”,该物理模拟器包含至多七对无线电设备和两个干扰源,其无线电传播条件和生成消息的负载均可动态改变。
- 场景模拟器应自主运行动态算法,以响应各种刺激,并以数字形式呈现感知信息。
- 场景模拟器能够对动态算法进行大幅度修改,并设计用于自主行动的高级行为模型。
- 算法应能集成到无线电设备的控制逻辑中,以便在物理场景模拟器(测试平台)中进行验证。
- 需要一种基于时间的实现方式,使其能够适应实时运行系统。
必备要求
- 具备编程能力。
- 了解无线电通信和动态环境感知。
- 能够进行基于时间的系统实现。
Responsibilities
- Explore models for a generic scenario simulator to test various dynamic algorithms in specific scenarios.
- The scenario simulator should be designed as a "digital twin" of an existing physical simulator containing up to seven pairs of radio devices and two interferers, with dynamically changeable radio propagation conditions and message payloads.
- The scenario simulator should autonomously run dynamic algorithms in response to various stimuli and present perception information digitally.
- The scenario simulator should allow significant modification of dynamic algorithms and design high-level behavior models for autonomous action.
- Algorithms should be integrable into the control logic of radio devices for validation in the physical scenario simulator (testbed).
- A time-based implementation is required to adapt to real-time operating systems.
Must Have
- Programming skills.
- Understanding of radio communication and dynamic environment perception.
- Ability to implement time-based systems.
公司简介
Kvaser 为工程师提供先进的 CAN 解决方案,这些工程师在卡车和公共汽车、汽油驱动和电动汽车、工业自动化、航空电子设备、建筑设备、楼宇自动化、家用电器、船舶、医疗、军事、铁路、电信、纺织等领域设计和部署系统。公司成立于 1981 年,营业额 1.85 亿瑞典克朗。