Table of Figures Sample Clauses

Table of Figures. Figure 1.1- The hierarchical structure of the lymphatic system 36 Figure 1.2- Active transmigration of leukocytes across lymphatic endothelium during inflammation 41 Figure 1.3- Proposed mechanism of lymphatic vessel activation following transplantation 42 Figure 1.4- Structure of the lymph node 51 Figure 2.1- Photograph showing dilated lymphatic vessel in the abdomen of an ephrin B2-/- mouse eight days after tamoxifen treatment. Original magnification 20x 60

Table of Figures. Figure 1: ▇▇▇▇▇▇ architecture for OCF v1.X 14 Figure 2: ▇▇▇▇▇▇ architecture 16 Figure 3: ▇▇▇▇▇▇ intra-federation 16 Figure 4: SFA drivers inside the AMs 18 Figure 5: Internal structure of SFA federation 18 Figure 6: FIBRE top-authorities 26 Figure 7: Fibre Federation Portal 26 Figure 8: FIBRE Federation Control Plane 27 Figure 9: LDAP and SFA Registry Synchronization 27 1 Acronyms‌ AM Aggregate Manager API Application Programming Interface CDS Content Data Server CH Clearing House CN-DS Communication Networks and/or Distributed System CNPq Brazil’s Council for Scientific and Technological Development CPqD Telecommunications Research and Development Centre EC Experiment Controller ED Experiment Description EGW Export resource Gateway EU European Union FEDERICA Federated E-infrastructure Dedicated to European Researchers Innovating in Computing network Architectures FI Future Internet FIBRE Future Internet testbeds / experimentation between Brazil and Europe FIRE Future Internet Research & Experimentation FOAM Open Flow Aggregate Manager FP7 Seventh Framework Programme FPGA Field Programmable Gate Array Gbps Gigabit bits per second GENI Global Environment for Network Innovations GID GENI Identifier GMPLS Generalized MultiProtocol Label Switching GW Gateway HTTP HyperText Transfer Protocol ICT Information and Communication Technologies IGW Import Gateway (Aggregate Manager) IP Internet Protocol I&M Instrumentation and Measurements LDAP Lightweight Directory Access Protocol MS Milestone NICTA Australia’s Information Communications Technology Research Centre NITOS Network Implementation Testbed using Open Source platforms NOC Network Operations Centre NTP Network Time Protocol OAR Versatile Resource and Task Manager OCF ▇▇▇▇▇▇ Control Framework OEDL OMF Experiment Description Language OF OpenFlow ▇▇▇▇▇▇ OpenFlow in Europe: Linking Infrastructure and Applications OGF Open Grid Forum OMF cOntrol, Management and Measurement Framework OML ORBIT Measurement Library ORBIT Open-Access Research Testbed for Next-Generation Wireless Networks ORCA Open Resource Control Architecture OS Operation System PLE PlanetLab Europe R Repository RC Resource Controller REST Representational State Transfer RFC Request for Comments RM Resource Manager RNP RSpec National Research and Education Network Resource Specification SensLab Very Large Scale Open Wireless Sensor Network Testbed SFA Slice-based Federation Architecture SM Slice Manager SQL Structures Query Language UFF Federal Flumi...

Table of Figures. Figure 24-1 Sequence of Events for Freeway Agreements and Controlled Access Highway Agreements 24-21 Figure 24-2 Freeway Agreement Exhibit Map - Symbol 24-26 Figure 24-3 Freeway Agreement Exhibit Map - Geometric 24-27 Figure 24-4 Freeway Agreement Notes and Symbols Example 1 24-28 Figure 24-5 Freeway Agreement Notes and Symbols Example 2 24-29 CHAPTER 24 – Freeway Agreements‌

Table of Figures. Figure 1. Domain and resolution (in km) of the VIKING20X nest within the global ORCA025 model. 6

Table of Figures. Figure 1-1 A schematic view of the FMR1 gene 34 Figure 2-1 Kv4.2 protein levels are reduced in Fmr1 KO hippocampal dendrites 53 Figure 2-2 Reduced levels of Kv4.2 at neuronal cell surfaces in Fmr1 KO mice can be partially rescued by antagonizing mGlu5. 55 Figure 2-3 Kv4.2 mRNA translation is reduced in synaptic fractions from Fmr1 KO cortices. 57 Figure 2-4 FMRP regulation of Kv4.2 mRNA is mediated by both 5′- and 3′-UTRs of Kv4.2 mRNA 59 Figure 3-1 Kv4.2 mRNA is a putative target of miR-324-5p. 79 Figure 3-2 Point mutation in the seed region of Kv4.2 mRNA abolishes the function of miR-324-5p Kv4.2 mRNA 81 Figure 3-3 miR-324-5p is expressed in the hippocampus 83

Table of Figures. Figure 2-1 The NOTAM process 8 Figure 2-2 ESSP SAS NOTAM proposal service within the NOTAMs life cycle 9 FIGURE 3-1 NUMBERING PRINCIPLES OF EGNOS NOTAM PROPOSALS AND OFFICIAL NOTAM. 11

Table of Figures. Figure 1 Bonding of links [Image Xilinx 2] 5 Figure 2 Sub-rating Links [Image Xilinx 2] 5 Figure 3 Channelized Links [Image Xilinx 2] 6 Figure 4 Backwards Compatible to Transport [Image Xilinx 2] 7 Figure 5 Options for Flex-Aware Transport [Image Xilinx 2] 8 Figure 6 Aggregation via LAG [Image Xilinx 2] 8 Figure 7 Aggregation via FlexE [Image Xilinx 2] 9

Table of Figures. Figure 1 - State/District/School/Class Hierarchy 2 Figure 2 – Example of User Permissions and Context 3 Figure 3 – Example of Default Roles, Custom Roles, and Assigning Permissions 4 Figure 4 - Examples of Base Permission Assignment 5 Figure 5 – Example of Mapping an External Directory 6 Figure 6 - Two Ways for Data to be Read or Written 8 Figure 7 - Information Security Approach 10

Table of Figures. Illustration 1 – Overview of GNC UB CMR 3 Figure 2: Sequence diagram view - Choreography of the CMA Utility Block 34 Figure 3: BPMN2.0 view – Choreography of the CMA Utility Block 35 Figure 4: Technical Protocol 38 Figure 5: XSD Structure overview 52 Figure 6: XSD Structure of the Notification Countries message 53 Figure 8: XSD Structure of the „Export/Exit” data message 55 Figure 10: XSD Structure of the “Arrival” confirmation/notification message 56 Figure 12: XSD Structure of the ArrivalResults message 58 Figure 13: Statistics and monitoring request and response 59 Figure 14: Secure “Push” using Web Services 61 Figure 15: Secure “Pull” using Web Browser 64 Figure 16: Example of Project plan 67 Figure 17: Sample GUI 76 Table 1: Acronyms and abbreviations 15 Table 2: Reference Documents 16 Table 4: Implementation History 17 Table 5: Consistency of data 24 Table 6: Security 24 Table 7: Data Protection 24 Table 8: Availability of exchanged data 25 Table 9: Business Continuity 26 Table 10: Contact points 28 Table 11: Requirements for the control results data 28 Table 12: Requirements for the trader 29 Table 13: Requirements for Customs transaction systems in the “Transhipment/Transit” or „Import/Entry” country 29 Table 14: Requirements for Customs systems in the „Export/Exit” country 29 Table 15: Frequency of data exchange 29 Table 16: Monitoring & statistical requirements 30 Table 17: Language and character sets 31 Table 18: Data volume 31 Table 20: Security 72 Table 21: Availability to the Customs transaction systems 73 Table 22: Availability to the risk management systems 74 Table 23: Data volume 74 Table 24: IT Architecture 75 Table 25: Infrastructure 76 Table 26: Codes used for data types and requirements 78 Table 27: Data Dictionary 83 The following acronyms and abbreviations are used in this document: AEO Authorised Economic Operator ASYCUDA Automated System for Customs Data BPM Business Process Modelling CMA Control Mutual Agreement C_UCR Customs Unique Consignment Reference CMB Change Management Board CR Change Request EORI Economic Operators' Registration and Identification EOS Economic Operators System(s) EC European Commission EU European Union GNC Globally Networked Customs GUI Graphical User Interface GUID Global Unique Identifier ISO International Standard Organisation IT Information Technology ITIL IT Infrastructure Library ITSM IT Service Management MA Mutual Agreement MR Mutual Recognition MRA Mutual Recognition Arrangement/Agreement SOAP S...