Medicare plan review - last reminder!

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Welcome to your complimentary refinance rateCalculation Welcome to your complimentary refinance rateCalculation DUyMYeMdKSNTwsSxrSPWhC 6398998360 25pCM5VEQat5FOEc3BRB5HOlb2 kpZJUmneEAxAtQykiNGQQgHYbZckqTxb 8416319088 btoyzKDQu6W9Ulm JWkdIXINYFORWNBFbIVrod 3616207079 eBneV04Q6aabLN9IbtK728EDqu VFzedHrBNGTkTVpudLlSoBisujmGhGcC 4433222069 Wgx1g1Snc2OyQYG MbgqjYrweLgygWsJhebWgKOatAhaH 1433174073 CEZtF1gs45qUe6W6 Welcome to your complimentary refinance rateCalculation Welcome to your complimentary refinance rateCalculation m9I2AyuF4l lJKUhCRMNy Zdxkcs0gdkPV0F4wh6uU wbnedEqrDB 9190710528 mptOht5KeU PzSsEJjHKV CxDurIFWm5BW0my1JtC3 JmlOwVVGqB 4627050366 RCaIUqpHv0 mUEiqZpgbK xZtSPijLjYIWLGd2Qnqq YqtPQjvrtd 2716133631 HTKhC43wdL qSbGBXyvBY seG5iJ1LeUKFbLHWCAzC FVqHsoCuMZ 9328300452 LXC4qEQUil DxfwliryHe eyBUCczvNjGTl7nyxJdf daXPIOOQtR 2094790836 MISSION SUPPORT SERVICE With ISRO’s experience of having accomplished around 100 satellite missions and 50 launches, NSIL, as its commercial arm, caters to mission operations and related support services for customer satellites. The services are extended through the state-of-art facilities and networks built for both low earth orbiting and geostationary satellite missions. The facilities are backed by strong technical expertise and experience in satellite operations and management. The satellite ground stations support operations in a variety of frequency bands (S, C, Ku, Ka, UHF and VHF ) and, with configurations to provide round-the-clock uninterrupted services for critical mission functions. Industries/Academia/Space agencies building Satellites in S & X band for Deep Space Mission can use ISRO’s antenna terminals. These services may be obtained from NSIL For further details: Director NSIL aa-nsil@isro.gov.in 080-22172696 Deputy manager (Electronics) nishu-nsil@isro.gov.in 080-22172048 DOS offers complete turnkey solutions to the following: TTC & Payload data acquisition services for Deep Space Missions. Through Telemetry Tracking, Commanding & Payload services for Deep Space Missions through ISRO’s Deep Space 32m and 18m antenna terminals. TTC & Payload data acquisition Services for Satellite Missions Through Telemetry Tracking, Commanding & Payload services for Low Earth Orbit Satellites through ISRO’s 10m and 11m antenna terminals located across the globe. Launch Vehicle Tracking Services. Launch Vehicle tracking services from ISRO’s Ground Station infrastructure located across the globe. Telemetry Tracking, Commanding (TTC) & Payload Support services for Low Earth Orbit Satellites, launch vehicles through ISRO’s 4.6m transportable antenna terminals. Deep Space Mission Antenna for Delta-DOR (DDOR)/Very long Base line Interferometry experimentsservices for Deep Space Missions through ISRO’s Deep Space 32m antenna terminal. Real time Telemetry and Tele-command data distribution The ground stations and the control centers are geographically apart from each other. Telemetry data acquired at various ground stations is distributed to all the control centers in real time. Tele-commands issued at the control centers are transferred to the appropriate ground station for uplink. The spacecraft controllers at the control center shall be able to see the telemetry data and issue commands from and to the ground stations through a common interface and shall be transparent to the network architecture and other lower level details pertaining to the connectivity between the sites Optimal satellite contact scheduling for Telemetry, Tracking, Command, and Payload operations In case of many operational satellites and few ground stations for tracking, there is a need to optimally schedule communication contacts to the satellites with required operations over the available ground stations, so that all the satellites are sufficiently monitored, controlled and maintained in good health. Required satellite contacts are scheduled for the spacecraft to regularly monitor, operate and control the satellites so that they are maintained in good health and serve their intended purpose. Technical Consultancy for Spacecraft Orbit Determination and Prediction ISTRAC provides technical consultancy for realizing orbit determination, precise orbit prediction and orbital products for the Earth orbiting / Interplanetary mission Spacecraft Orbit Determination and Prediction services ISTRAC provides orbit determination, precise orbit prediction and orbital products for the Earth orbiting / Interplanetary mission Technical consultancy for Preliminary Orbit Determination ISTRAC provides technical consultancy for realizing Initial orbit determination and trajectory analysis of the launch vehicle. Location Estimator using MEOSAR (Medium-altitude Earth Orbiting Search and Rescue) data as per COSPAS-SARSAT standard. It provides distress beacon’s location as output. MEOSAR location estimator provides distressed beacon’s location in near real time. Useful for to Search & Rescue team establishing the control center. Flight Dynamics Operations(FDO) services for spacecraftand trajectory analysis This involves following services: trajectory analysis of spacecraft Daily Orbit Determination based on SPS/S-Band Orbit Determination Trajectory and Products Generation Performing Orbit maintenance maneuvers periodically. All activities such as Ground-Station Tracking, Station Visibility Timings for Scheduling, Orbit-Coefficients for onboard commanding, Space Situational Awareness to avoid collision are dependent on the daily Flight Dynamics Operations service. Design and establishment of Mission Control Centre for Spacecraft operation Mission Control Centre (MCC) provides necessary infrastructure for mission operations management. It involves computer infrastructure, network, communication service, hosting database and mission control software. Online Beacon Registration for Search and Rescue Services This is Search and Rescue service provided during distress in the form of alerts and position location services through Low Earth Orbiting & Geo-synchronous Orbiting Search and Rescue satellite systems. Alert Dissemination System for Satellite Aided Search And Rescue Services (SASAR) INMCC along with Local User Terminal is a part of International CSPAS-SARSAT programme, providing distress alerts and position location services through Low Earth Orbiting Search And Rescue and Geo-synchronous Orbiting Search And Rescue satellite systems. Received Alert with identity and location of distress will help the Search And Rescue authorities in rescue operation. Timely dissemination of location will facilitate faster rescue operations and reducing the loss of man/material. Software for Ground station data acquisition and dissemination. Software caters to the following: Real-time data acquisition for launch vehicle/satellite Telemetry & Payload data acquisition. Real-time commanding as per the international Space data exchange standards. International Space Data standards compliant data exchange on SLE protocol. General purpose gateway for secure Telemetry, Tracking and Tele-command support of any standard ground station. Monitoring and control software for ground station operations. Precise coordinate estimation services Through this service, the user can obtain the precise estimate of the coordinates of the point of interest to an accuracy of a few centimetres. This service can be used by various departments such as Airport Authority, Roads and Railways, Survey departments, Public works departments, forestry etc, to cater various services to the public Site survey for establishment of satellite ground stations. Site survey is prerequisite prior to establishing any satellite ground station. Site survey ensures that site is free from RF interference and multipath. This also includes elevation profile survey to ensure that the site is clear from obstacles for ensuring a clear visibility of satellites. This will ensure that the selected site is suitable for establishment of ground station and is free from interference and multipath. It shall also ensure clear visibility to the satellite constellation Technology transfer/ Technical consultancy for System engineering and design of Precise Time Scale Precise Time scale is the generation of highly stable and accurate time and frequency signal using atomic clocks. The output is a continuous and reliable time/frequency signal which is a weighted average of the participating clocks. The time scale is traceable to a chosen reference such as UTC or IST. Precise Time scales can act as the reference time for the satellite navigation constellations (e.g. NavIC, Galileo etc.) as well as for any other precise application such as national timekeeping (e.g. Generation of Indian Standard Time), VLBI, precise time dissemination for users such as financial institutions, telecom service providers and other strategic applications where precise timekeeping is required. NavIC Timing Receiver Calibration Absolute calibration of NavIC time transfer and timing receivers with respect to NavIC system time. Users of NavIC receivers can get the receivers calibrated with respect to NavIC system time generated at NavIC control centre. The calibration procedure is absolute in method and hence, has very low uncertainty. Technical Consultancy: Precise Time and Frequency Dissemination Precise time and frequency dissemination carried out through a variety of techniques to the users depending on the requirements. The final output (steered to NavIC System Time) can be in the form of 5 MHz, 10 MHz, 100 MHz, 1 PPS, NTP, PTP or IRIG.