Satellite Imagery: Acquisition and Presentation
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Scientist use remote sensing stations to acquire real time imagery and data from various orbiting satellites to help them better understand global warming and climate change. Terascan, a satellite imagery receiving and processing program, is used to download and then take images and add post capture meta data such as borders and tags. These images are then cataloged and put into an ArcGIS database for later review and research. A combination of automation, streamlining, and back-end optimizations will allow research to continue with the best available data which will help us better understand the effects of climate change.
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In this webinar Sophia Elson of MindMeld, Steve Beatty of iProspect and Tyler Ludwig of Rio SEO explore the growth of voice search and provide marketers with local SEO best practices to capitalize on the voice search opportunity. Learn the nuances of voice search keywords and phrases, on-page content strategies to optimize for voice search and more.
[Webinar] Hallmark & Local Search Association: How to Use Online Seasonal Mar...
#LSAwebinars
#localseo
Digitally Influenced Offline Spending
Cross Platform Consumers
Verticals Benefiting from Local Search
Digital Media Driving Foot Traffic and Sales
Brand Management Across Multiple Channels
Marketing Budget Extension
Seasonal Marketing Tips
Personalizing Online Brand Experiences
Local Store Marketing
Retailer Customized Marketing
Crown Rewards Consumer Database
Customer Acquisition
Seasonal Marketing Campaigns
Scalable Solutions to Execute Campaigns
Brand Value and National Strategies
Local Search Association, Greg Sterling - VP of Strategy & Insights
Rio SEO, Tyler Ludwig - Director of Product & Strategy
Hallmark, Carlos Corredor - Marketing Manager
56. seni budaya smp m ts
Dokumen tersebut membahas standar kompetensi dan kompetensi dasar mata pelajaran Seni Budaya untuk siswa SMP/MTs. Mata pelajaran ini bertujuan agar siswa dapat mengapresiasi dan mengekspresikan diri melalui berbagai seni seperti seni rupa, musik, tari, dan teater dengan mengeksplorasi budaya lokal maupun nasional. Kompetensi dasar mencakup kemampuan mengidentifikasi, menampilkan
76. seni budaya sma
Ringkasan dokumen tersebut adalah sebagai berikut:
Mata pelajaran Seni Budaya diajarkan di SMA/MA untuk memberikan pengalaman estetika kepada siswa melalui aktivitas berkreasi dan berapresiasi seni. Mata pelajaran ini mencakup empat bidang seni yaitu seni rupa, musik, tari, dan teater. Dokumen ini menjelaskan kompetensi dasar dan standar kompetensi pelajaran Seni Budaya untuk setiap kelas
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Edward King SPEDDEXES 2014
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Phased-Array Radar Systems Engineering Bootcamp : Tonex
Phased-Array Radar Systems Engineering Bootcamp is a 3-day preparing program covering phased array radar standards, most recent innovative advancements, programming, framework investigation, prerequisites, engineering, plan and activity. Analyze significant subsystems and related advancements with masters in those territories.
Who Should Attend:
System Engineers and Designers
Software, Hardware and Testing Engineers
Technical Managers
Technicians
Logistics and Support
Operations
Procurement and Specifications Writing Practitioners
Course Agenda and Topics:
Introduction to Radar Systems
Phased Array Radar Fundamentals
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Tonex's Phased array radar systems engineering bootcamp
Invented a phased array for military radar systems, so that a beam of radio waves can quickly travel across the sky to detect aircraft and missiles.
Nowadays, phased array radar systems have been developed, so the technology is also used in the civilian field.
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By changing the phase of different elements, the radiation pattern can be modified to enhance/enhance in a given direction.
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The highly movable and flexible beam is under computer control.
Multi-function operation by emitting multiple beams at the same time.
Even if errors and failures occur in certain areas, the system can still operate normally.
Phased array radar technology has made such tremendous progress, therefore, the latest training to stay ahead is more important than ever, such as Tonex's Phased Array Radar System Engineering Training Bootcamp course.
Tonex’s Phased Array Radar System Engineering Bootcamp training program includes:
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Latest technological developments
Software
System analysis
Requirements
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Principles and the technology of the phased array antenna and radar system engineering
Analysis
Design
Performance and Implementation
Verification and validation
Operation and Maintenance
Learning Objectives:
List terms, principles, concepts, subsystems and components related to system engineering and design
Examine and Converse the applications and technologies behind the multifunctional phased array radar system
Evaluate the latest technological development, design, engineering and operation process and principle of phased array radar system
Identify principles, procedures, design, engineering techniques and evolution of phased-array radar technology
Evaluate how modern phased array radars work
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And many more..
Course Outline:
Radar System Introduction
Basic Knowledge of Phased Array Radar
Phased Array Radar Design
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Detection Target
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Phased-Array Radar Systems Engineering Bootcamp
https://www.tonex.com/training-courses/phased-array-radar-systems-engineering-bootcamp/
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Power Grid Model
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Power Grid Model is an open source project from Linux Foundation Energy and provides a calculation engine that is increasingly essential for DSOs. It offers a standards-based foundation enabling real-time power systems analysis, simulations of electrical power grids, and sophisticated what-if analysis. In addition, it enables in-depth studies and analysis of the electrical power grid’s behavior and performance. This comprehensive model incorporates essential factors such as power generation capacity, electrical losses, voltage levels, power flows, and system stability.
Power Grid Model is currently being applied in a wide variety of use cases, including grid planning, expansion, reliability, and congestion studies. It can also help in analyzing the impact of renewable energy integration, assessing the effects of disturbances or faults, and developing strategies for grid control and optimization.
What to expect
For the upcoming meetup we are organizing, we have an exciting lineup of activities planned:
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- 2. Introduction and Background Dylan Design and Implementation Travis Frontend, Testing, and Summary Jake Introduction
- 3. Background • Client • History of satellite receiver • Problems • Solutions
- 4. Design and Implementation • NOAA Satellites • Recieving Station • Application and Database Server
- 5. Testing and Summary • Frontend Design • Testing Image Accuracy & Aquisition • Testing Image Database Insertion • Testing Web Frontend • Testing Robustness of Backend • Summary
- 7. Client • Primary Stakeholder Dr. Mohamed Sultan - Chair, Dept. Of Geosciences Western Michigan University • Primary Contact Kyle Chouinard - Systems Administrator, Dept. Of Geosciences Western Michigan University
- 8. Satellite Receiver • Installed on Everett Tower 2004. • Uses Terascan Software on Receiver in Rood Hall • Provides information for hydrolic, oceanographic, and meteorological studies • Inoperational since 2008.
- 9. Satellites • Noaa 15 - 19 • Advanced Very High Resolution Radiometer (AVHRR) • Advanced Microwave Sounding Unit-A (AMSU-A) • Microwave Humidity Sounder (MHS)
- 10. Terascan • Proprietary Seaspace Software • Used for downloading raw data from polar orbiting satellites. • Converts raw data to various image formats.
- 11. Problems • Reciever wasn't communicating with satellites • Outdated software and hardware • Poor documentation • Licensing Problems
- 12. Outdated Hardware and Software • Updated to Terascan 4.0 • Upgraded hardware • Installed CentOS
- 13. Poor Documentation/Licensing • Contacted Seaspace • Renewed License
- 14. Design & Implementation Travis Thompson
- 17. NOAA Satellites • Polar Orbiting • High Resolution Picture Transmission (HRPT) • Transmition on L-Band (1670 - 1720 MHz) • Advanced Very High Resolution Radiometer (AVHRR) Satellite Frequency NOAA-15 1702.5 MHz NOAA-16 1702.5 MHz NOAA-17 1698.0 MHz NOAA-18 1707.0 MHz NOAA-19 1698.0 MHz
- 18. NOAA Satellites Cont. Name Launch date Period (min) NOAA 19 February 6, 2009 102 NOAA 18 May 20, 2005 102 NOAA 17 June 24, 2002 101.1 NOAA 16 September 21, 2000 101.9 NOAA 15 May 13, 1998 101.1
- 20. NOAA-15 Passes
- 22. Antenna • 1.5m Dish inside a 1.8m Radome • Integrated Tracking System • L-Band (1670 - 1720 MHz) • 3 Axis Positioner
- 23. Receiving Station • CentOS 5.7 x64 • TeraScan 4.0.1 • Image Reception Scheduler
- 27. Application & Database Server Overview HRPT NOAA-[15-19] Coax Receiving Station Samba Database Server Application Server Socket Client HTTP Antenna
- 28. Application & Database Server • Windows Server 2008 R2 • ArcGIS 10 • PostgreSQL 8.3 • Apache / Tomcat
- 29. Image Insertion Automation Scan Watch Directory Find Raster Dataset Insert into Catalog Move into Processed Directory
- 30. • ArcPy Python Library • Connection to ArcGIS SDE Database Server • Insert Raster Dataset into the Database import arcpy from arcpy import env Image Insertion Automation Cont. sdeDB = "E:/TeraScan/automation/Localhost.sde" env.workspace = sdeDB arcpy.RasterToGeodatabase_conversion(filename, sdeDB)
- 31. ArcCatalog
- 32. Frontend, Testing, & Summary Jacob Comer
- 34. Frontend Technologies Flow Application Server Database Server Client Side Socket
- 35. Frontend Design
- 37. Turning on a Layer
- 38. Multiple Layers
- 41. Graphs
- 42. Graphs Cont.
- 43. Testing Image Accuracy & Aquisition • View images as they are aquired • Verify images against images that are known to be accurate • Set up a log that logs when images are being downloaded
- 44. Testing Image Database Insertion • Automate encoding into GEOTIFF format • Verify images visually • Log automated transfer of encoded images to database drive • Log automated insertion into database • Log removal of images on original box to keep clutter down
- 45. Automated Transfer of Files
- 46. Automated Insertion Into Database
- 47. Testing Web Frontend • Group testing of features o Attempt to break Everything we have implemented • Client testing of features o Make sure they don't break anything accidentally • Ensuring security of database connection
- 48. Testing Robustness of Backend • Multiple connections • Query for non-existing image • Attempt to access restricted information on the server
- 49. Summary • Automates image aquisition, processing, and insertion into database • The backend will automatically make database images accessible from the web frontend • The web frontend will overlay the images on a (google) map and allow meta-data to be viewed