Scientific Software

34 products

Lamarck
Miratlas
·Scientific Software
-
REALTAPIC
Entalpic
·Scientific Software
-
Biolevate AI Knowledge Platform
Biolevate
·Scientific Software
-
Veeva LIMS
Veeva
·Scientific Software
-
Veeva Validation Management
Veeva
·Scientific Software
-
Veeva Submissions Publishing
Veeva
·Scientific Software
-
Veeva Registrations
Veeva
·Scientific Software
-
Veeva RIM
Veeva
·Scientific Software
-
Qualio Compliance Platform
Qualio
·Scientific Software+2
-
Cloud Lab
Ginkgo Bioworks
·Scientific Software
-
Autonomous Labs
Ginkgo Bioworks
·Scientific Software+1
-
Artelys Crystal Super Grid
Artelys
·Energy Management Platforms+1
-
Validated Cloud
Benchling
·Scientific Software
-
PipeBio Antibodies
Benchling
·Scientific Software
-
Benchling Connect
Benchling
·Scientific Software
-
Benchling In Vivo
Benchling
·Scientific Software+1
-
Benchling Automation
Benchling
·Scientific Software
-
Benchling Bioprocess
Benchling
·Scientific Software+1
-
Benchling Biologics
Benchling
·Scientific Software
-
Benchling Bioresearch
Benchling
·Scientific Software+2
-
MountainsSPIP®
Digital Surf
·Scientific Software+1
-
MountainsSEM®
Digital Surf
·Scientific Software+1
-
MountainsMap®
Digital Surf
·Scientific Software
-
MountainsLab®
Digital Surf
·Scientific Software+1
-
EMET
BenchSci
·Scientific Software
-
Chemical
Patsnap
·Scientific Software
-
Synapse
Patsnap
·Scientific Software
-
Ardigen Biologics Discovery Platform
Ardigen
·Scientific Software
-
Ardigen phenAID
Ardigen
·Scientific Software+1
-
Ansys CFX
Ansys
·Scientific Software
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Helium
Alice & Bob
·Scientific Software
-
3decision
Discngine
·Scientific Software
-
3dpredict/Ab
Discngine
·Scientific Software
-
Ideation Analytics
Discngine
·Scientific Software
-
Scientific SoftwareMain

Lamarck is a service that offers atmospheric turbulence modeling based on historical weather data to identify promising sites for optical ground stations. It uses data from the SkyMonitor network to validate and improve its models.

Features

  • Analyze atmospheric conditions for optimizing FSO systems
  • Simulate real-world scenarios for satellite-to-Earth and terrestrial laser communication
  • Develop adaptive optics design and encoding algorithms
  • Provide access to a large-scale atmospheric dataset
  • Ensure data security and compliance with GDPR standards
  • Enable site survey and selection for optical ground stations
  • Offer real-time atmospheric data through the SkyMonitor network
  • Support academic research with Creative Commons licensed data