Management and recognition of event patterns is becoming thoroughly ingrained in many application areas of Semantically enabled Complex Event Processing (SCEP). However, the reliance of state-of-the-art technologies on relational and RDF triple model without having the notion of time has severe limitations. This restricts the system to employ temporal reasoning at RDF level and use historical e...

Reactive applications demand for detecting the changes that occur in a domain of interest and for timely reactions. Examples range from simple interactive applications to complex monitoring tasks involving distributed and heterogeneous systems. Over the last years, different programming paradigms and solutions have been proposed to support such applications. In this paper, we focus on two promi...

Complex Event Processing (CEP) is a software methodology that uses the concept of an event for system development. CEP has several advantages that make it suitable for timeand resource-constrained problems. In this research we develop an abstract CEP architecture to support a high transaction enterprise Point Of Sale system. The enterprise CEP provides a highly available and reconfigurable envi...

Das Auffinden einzelner Gegenstände stellt in großen Warenbeständen aufgrund der Menge und nicht eindeutiger Lagerstandorte ein Problem dar. Dies ist besonders dann der Fall, wenn Kunden die Position der Gegenstände verändern, so dass eine zuverlässige Aussage eines konventionellen Informationssystems nicht möglich ist. Dieser Artikel beschreibt anhand der Lokalisierung von Büchern in einer Bib...

Complex event processing (CEP) has become increasingly important in modern applications, ranging from supply chain management for RFID tracking to real-time intrusion detection. These monitoring applications must detect complex event pattern sequences in event streams. However, the state-of-art in the CEP literature such as SASE, ZStream or Cayuga either do not support the specification of nest...

Business process monitoring enables a fast and specific overview of the process executions in an enterprise. Traditionally, this kind of monitoring requires a coherent event log. Yet, in reality, execution information is often heterogeneous and distributed. In this paper, we present an approach that enables monitoring of business processes with execution data, independently of the structure and...

As of today, active replication is used in complex event processing systems to enable near zero latency take over in case of host failures. Moreover, elastic complex event processing systems adapt their resource consumption to the actual system load. However, active replication is a coarse-grained approach demanding the duplication of all used resources. Therefore, we envision a system adopting...

In virtue of the sharp increasing scale of distribution network and remarkable improvement of network complexity of power system, it is more challenging to monitor the actual running situation of the power network and to diagnose fault. To add insult to injury, man-made operation mistakes and inadequate situational awareness push the power system into a tight corner. This research presents a ne...

Business Process Management (BPM) and Complex Event Processing (CEP) are two technologies with growing market shares. Additional to their inherent strengths, they also complement well. This paper will present two general scenarios for integrating both technologies together with an example for each scenario. These examples are realized using ActiveVOS as BPM suite and Esper as CEP suite. Both su...

9:00 – 10:30 PASCEB P1 (Verdi) WESOA W1 (Donizetti 1) CSB CS1 (Donizetti 2) PhD Symp Ph1 (Rossini) 10:30 – 11:00 Coffee Break 11:00 – 12:30 PASCEB P2 (Verdi) WESOA W2 (Donizetti 1) CSB CS2 (Donizetti 2) PhD Symp Ph2 (Rossini) 12:30 – 13:30 Lunch 13:30 – 15:00 PASCEB P3 (Verdi) WESOA W3 (Donizetti 1) CCSA CC1 (Donizetti 2) SWESE S1 (Puccini 2) PhD Symp Ph3 (Rossini) 15:00 – 15:30 Coffee Break 15...