Propagation. Propagation shall mean any type of reproduction, i.e. the new or further generation of breeding material. Propagation shall also include technical methods of extracting genetic information for the purpose of generating breeding material with certain characteristics, including any methods that are unknown today.
Propagation. This is simply the time it takes for a packet to travel between one place and another at the speed of light.
Propagation. This is simply the time it takes for a packet to travel between one place and another at the speed of light. Network Jitter. Jitter delay is expected to not exceed 5ms during any calendar month. Where jitter is defined as a variation in the delay of received packets. At the sending site, packets are sent in a continuous stream with the packets spaced apart evenly. Due to network congestion, improper queuing, or configuration errors , delay between each packet can vary instead of remaining constant. Average Network Jitter will be measured as the average of 15-minute samples across the network taken throughout the calendar month. Reference section 9 for applicable credits. COMMITTED PORT AVAILABILITY Port Availability Commitment. If the average IP Port Availability is less than the applicable amount set forth in Table 3, then FirstDigital will provide a Service Credit to the Eligible Customer. If an Eligible Customer believes they have experienced an outage longer than the committed Outage time as defined in table 3. Eligible Customer must contact its FirstDigital representative in writing within 15 business days of such failure. Service credit is defined in Section 9. TABLE 3: Committed Port Availability Region Access Committed Metric Outage Time United States SPA 99.999% Between 44 Minutes and 1 hour Each additional whole hour over 1 hour MAINTENANCE FirstDigital recognizes two types of maintenance “Routine” and “Emergency” as affecting service availability. Routine Maintenance: shall be defined as any planned maintenance required to maintain, operate and expand the FirstDigital network or related services. Routine maintenance may temporarily degrade the quality of the Service, including possible outages. For purposes of this MSLA maintenance outages are not considered service interrupting and therefore will not be considered for an Outage Credit. Routine maintenance will occur between the hours of Midnight and 6:00 am Local Time, with Local Time defined as the local time in the service area. Customers will receive advanced notice of the maintenance outage at least seven (7) Calendar Days in advance and should plan accordingly.
Propagation. The Plans were established using ground-wave propagation values which were calculated according to CCIR Recommendation 368-4 for propagation over sea water, average salinity, 20° C, σ = 5 S/m and ε = 70. For the bands 415 - 435 kHz, 435 - 526.5 kHz and above 1 606.5 kHz the curves for 400 kHz, 500 kHz and 2 MHz, respectively, were used. The curves applied are given in Figure 4.1; they refer to an e.m.r.p. of 1 kW.
Propagation. The ground-wave mode of propagation only was used. Ground-wave field strength was calculated according to CCIR Recommendation 368-4 for propagation over wet ground, σ = 10–2 S/m, ε = 30. For the bands 415 - 435 kHz and 510 - 526.5 kHz the curves for 400 kHz and 500 kHz, respectively, were used. They are given in Figure 4.2 and refer to an e.m.r.p. of 1 kW. For propagation over mixed land/sea paths see section 2.8.
Propagation. This is simply the time it takes for a packet to travel between one place and another at the speed of light. Veracity’s network (as previously defined) estimates propagation time to have an average round trip transit time of 55ms or less over a calendar month. Where average latency is measured using an array of 15 (fifteen) minute samples across the network taken throughout the calendar month. Only successfully delivered egress packets will be measured against the objective, those lost or discarded will not be counted. Latency equivalents not achieved in a calendar month are subject to review and a customer may receive a service credit of 1/30th of the MRC for each full 1ms above the 55ms average as described in this SLA. Credit limits apply and are defined section 11 Service Credit Limits. PACKET DELIVERY Veracity’s objective is to achieve a packet delivery average of 99.9% over a calendar month. Our frame loss performance parameters are defined as the percentage of frames dropped within, or between, switches on our network. Items impacting packet delivery, not within the control of Veracity, include: inadequate signal strength at the destination, natural or human-made interference, excessive noise, hardware failure, software corruption or overburden network nodes. Average Packet Delivery will be measured as the average of 15-minute samples across the network taken throughout the calendar month. If the Packet Delivery is not achieved in a calendar month, customer may receive a credit of 1/30th of the MRC for the month. Credit limits apply and are defined section 11 Service Credit Limits. NETWORK JITTER Veracity’s jitter delay is expected to not exceed 5ms during any calendar month. Where jitter is defined as a variation in the delay of received packets. At the sending site, packets are sent in a continuous stream with the packets spaced apart evenly. Due to network congestion, improper queuing, or configuration errors the steady stream can become lumpy, or the delay between each packet can vary instead of remaining constant. Average Network Jitter will be measured as the average of 15-minute samples across the network taken throughout the calendar month. If the Packet Delivery is not achieved in a calendar month, customer may receive a credit of 1/30th of the MRC for the month. Credit limits apply and are defined section 11 Service Credit Limits. SLA REPORTING Customer must open a trouble ticket with Veracity’s customer care when Customer believes a servi...
Propagation. Coordinate Xxxxxxx’x lupine propagation activities with the Service for seed procurement and selection of appropriate introduction sites for establishing new populations and extending known populations.
Propagation. This is simply the time it takes for a packet to travel between one place and another at the speed of light. Veracity’s network (as previously defined) estimates propagation time to have an average round trip transit time of 55ms or less over a calendar month. Where average latency is measured using an array of 15 (fifteen) minute samples across the network taken throughout the calendar month. Only successfully delivered egress packets will be measured against the objective, those lost or discarded will not be counted. Latency equivalents not achieved in a calendar month are subject to review and a customer may receive a service credit of 1/30th of the MRC for each full 1ms above the 55ms average as described in this SLA. Credit limits apply and are defined section 11 Service Credit Limits.
Propagation. The in situ plant has multiple stems emerging from the ground. The plant was visited on November 9, 2009, by Xxxxx Xxxxxx from UC Berkeley Botanical Garden, Xxxx Xxx Xxxxxx from California Xxxxx Xxxxxxx and longtime Manzanita expert, Xxxxx Xxxxxxx, Presidio Trust Forester and Manzanita connoisseur, Xxxxxxx Xxxxxxxx, Presidio Nursery Manager and Xxxxx Xxxxx, director of Golden Gate National Parks Conservancy nurseries (Park Conservancy). At least 8 individually rooted sections of the plant were observed, raising the possibility that there are either several genetically unique individuals produced from seed, or one individual whose stems have been buried over the years, and have naturally layered. It was the consensus among the group that layering of a single plant is the most likely reason for the multiple rooted sections of the plant. Layering is the process whereby the plant forms roots at the point a node touches the ground. These rooted sections of the plant can be detached from the main plant, but are genetic clones. Observations of the plant on November 9, 2009, showed many long branches snaking along the ground, sometimes 2 or 3 levels of branches one on top the others. Propagation of this Arctostaphylos franciscana therefore, may be possible with 3 different methods. Two of these methods would provide clones of the current plant and one, if successful, would result in sexually reproduced seedlings, providing some genetic variation from the plant found on the Presidio. These possible methods are 1) propagate seedlings for later outplanting, 2) outplant rooted layers directly and 3) propagate cuttings or tissue culture- aka: micropropagation or meristematic propagation for later outplanting. Methods for the GGNRA Nurseries are detailed in Appendix 3. Following is a record of the immediate actions taken to preserve the plant, and information gathered from experts in manzanita propagation and care. It is presented as background for later consideration of next propagation steps for research into further propagation of the species.
Propagation. The ground-wave mode of propagation only was used. Ground-wave field strength was calculated according to CCIR Recommendation 368-4 for propagation over sea, with σ = 5 S/m, ε = 70. The curve for 300 kHz was used. This is given in Figure 3.1 and refers to an e.m.r.p. of 1 kW. It was recognized that, where some part of the propagation path is over land, the resulting field strength will be lower than that obtained using the prediction for an oversea path. This was taken into account in the Plan.
