System-On-Cip

Dear Bp. Mashuri, Terlampir informasi yang Bapak butuhkan mengenai sterility test protocol dan chemical untuk CIP mesin filling, sbb:  Sterility test protocol (file QAM-588002-0108)  Chemical untuk CIP mesin filling o A3/CF cleaning compound Sebagai pilihan, dapat digunakan sbb:  NaOH base dan HNO3 base (keduanya harus dalam bentuk liquid). NaOH max. concentration 30% (kemudian di mesin filling akan di-encerkan menjadi 1.5% concentration). HNO3 max. concentration 50% (kemudian di mesin filling akan di-encerkan menjadi 1.0% concentration). Atau dapat digunakan:  Formulated detergent dari Ecolab: P3-mip CIP 2.0% dan P3-Horolith FL 1.0% Atau dapat pula digunakan:  Formulated detergent dari Diversey: VC 11 (2.0%) dan VA 5 (1.0%) o A1 cleaning compound  NaOH (1.5%) dan HNO3 (1.0%) keduanya dalam bentuk liquid. Atau dapat pula digunakan:  H3PO4 (1.0%) sebagai pengganti HNO3 atau dapat pula digunakan campuran HNO3 + H3PO4 dalam hal acid. Atau dapat digunakan:  Formulated detergent dari Ecolab:  Alkali: P3-mip RC atau P3-mip CIP (dengan konsentrasi berdasarkan advice Ecolab)  Acid: P3-horolith CIP atau P3-horolith USP atau P3-horolith FL (dengan konsentrasi berdasarkan advice Ecolab) Atau dapat pula digunakan:  Formulated detergent dari Diversey:  Alkali: VC13 (soft water) atau VC7 (hard water) dengan konsentrasi berdasarkan advice dari Diversey.  Acid: VA5 atau VA3 atau VA4 dengan konsentrasi berdasarkan advice dari Diversey.

this paper describes performance evaluation of VoIP over IP/MPLS networks using OPNET tool. The simulation study is completed by running VoIP application in different network scenarioswith different interior routing protocols; namely: RIP, OSPF and EIGRP and with different queuing techniques to measure quality of service. However, the main network model is built of TCP/IP routers with MPLS routers in the core of the network case study (middle). This model enables different TCP/IP networks communicating to each other through the MPLS core routers. The following performance parameters: the delay (jitter) (sec), packet delay variation, packet end-to-end delay (sec), and number of packets sent/received are used to compare the efficiency of different networks.

In this paper, we propose a hybrid multi–system-on-chip (H-MSoC) architecture that provides a high-flexibility system in a rapid development time. The H-MSoC approach provides a flexible system-on-chip (SoC) architecture that is easy to configure for physical- and applicationlayer development. The physical- and application-layer aspects are dynamically designed and modified; hence, it is important to consider a design methodology that supports rapid SoC development. Physical layer development refers to intellectual property cores or other modular hardware (HW) development, while application layer development refers to user interface or application software (SW) development. H-MSoC is built from multi-SoC architectures in which each SoC is localized and specified based on its development focus, either physical or application (hybrid). Physical HW development SoC is referred to as physical-SoC (Phy-SoC) and application SW development SoC is referred to as application-SoC (App-SoC). Phy-SoC and App-SoC are connected to each other via Ethernet. Ethernet was chosen because of its flexibility, high speed, and easy configuration. For prototyping, we used a LEON3 SoC as the Phy-SoC and a ZYNQ-7000 SoC as the App-SoC. The proposed design was proven in real-time tests and achieved good performance.

this paper describes performance evaluation of VoIP over IP/MPLS networks using OPNET tool. The simulation study is completed by running VoIP application in different network scenarioswith different interior routing protocols; namely: RIP, OSPF and EIGRP and with different queuing techniques to measure quality of service. However, the main network model is built of TCP/IP routers with MPLS routers in the core of the network case study (middle). This model enables different TCP/IP networks communicating to each other through the MPLS core routers. The following performance parameters: the delay (jitter) (sec), packet delay variation, packet end-to-end delay (sec), and number of packets sent/received are used to compare the efficiency of different networks.

this paper describes performance evaluation of VoIP over IP/MPLS networks using OPNET tool. The simulation study is completed by running VoIP application in different network scenarioswith different interior routing protocols; namely: RIP, OSPF and EIGRP and with different queuing techniques to measure quality of service. However, the main network model is built of TCP/IP routers with MPLS routers in the core of the network case study (middle). This model enables different TCP/IP networks communicating to each other through the MPLS core routers. The following performance parameters: the delay (jitter) (sec), packet delay variation, packet end-to-end delay (sec), and number of packets sent/received are used to compare the efficiency of different networks.

Video coding standards are essential to a wide range of applications, but have certain limitations. New, flexible approaches to video compression have the potential to speed up adoption of new coding techniques, to improve compression performance through adaptive coding and to support multiple coding standards on a single platform. In this paper we describe the MPEG Reconfigurable Video Coding initiative, which enables flexible configuration of coding tools drawn from a standard Video Tool Library. Further, we present an alternative framework, dynamically configurable video compression, in which the coding tools themselves may be created, configured and re-configured adaptively. We present an initial prototype of this framework and discuss performance results and research challenges.