摘要:
Disclosed is a pre-tactical control device (1) for controlling traffic, which is to be connected to a tactical control system (2) used for assigning times of traffic events that are to be respected by means of transport at defined traffic junctions. Said pre-tactical control device (1) establishes target times (tz) for traffic events of individual means of transport at the defined traffic junctions within a pre-tactical control time horizon which is greater than a tactical control time horizon of the tactical control system (2), the pre-tactical control device (1) comprising at least one assigned time of a traffic event. The target times (tz) are determined at least in accordance with predefined traffic plans (FP), updates to said traffic plans (FP′), and predictions about the traffic capacities (KAP(t)) that can be handled at a traffic junction over time such that the target times (tz) optimize the traffic events at the traffic junction regarding the capacity while respecting the traffic capacities (KAP(t)) that can be handled at a traffic junction, respecting the predefined traffic plans (FP), and keeping planning and controlling processes stable. The target times (tz) are introduced into the tactical control system (2) as control parameters.
摘要翻译:公开了一种用于控制业务的战术前控制装置(1),其将连接到用于通过在所定义的交通路口处的传输的方式来分配要遵守的交通事件的时间的战术控制系统(2)。 所述战术前控制装置(1)为在战术前控制时间范围内的所定义的交通路口处的各个交通事件交通事件的交通事件建立目标时间(t z z z),其大于战术 所述战术控制系统(2)的控制时间范围,所述战前控制装置(1)包括交通事件的至少一个分配时间。 至少根据预定的流量计划(FP),对所述流量计划(FP')的更新以及关于流量(KAP(t))的预测来确定目标时间(t z z) 可以在交通点处随时间处理,使得目标时间(t SUB)在满足可容纳的业务容量(KAP(t))的情况下优化关于容量的交通路口处的交通事件, 在交通枢纽处理,遵守预定义的交通计划(FP),并保持规划和控制过程稳定。 作为控制参数,将目标时间(t z z z)引入到战术控制系统(2)中。
摘要:
Objects having a confusingly similar appearance, e.g., laboratory vessels, are provided with a random or pseudo-random pattern. The pattern can be provided during the manufacture of the object and is formed in a part or on a surface of the object, By way of example, the pattern can be a two-dimensional black/white pattern, an N-dimensional color or gray scale pattern, a one-dimensional emission spectrum with peaks of variable heights or a two-dimensional excitation spectrum with peaks of variable height. At least one section of the pattern is identified, for example, by a photographed imagine of the pattern. The so-identified section is then electronically saved and labeled as a representative of the pattern. The object is then capable of automated recognition by matching the pattern with the previously saved representative section of the identified pattern, Also disclosed is a device configured to translate the identified pattern into an electronic code and then recognize the object by the saved code.