Review




Structured Review

NovAtel Inc span reference solution
Mobile Robot Trajectory (1): Difference <t>between</t> <t>NovAtel</t> <t>SPAN</t> Reference and MicroBlaze Real Time Solutions.
Span Reference Solution, supplied by NovAtel Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/span reference solution/product/NovAtel Inc
Average 90 stars, based on 1 article reviews
span reference solution - by Bioz Stars, 2026-03
90/100 stars

Images

1) Product Images from "FPGA-Based Real-Time Embedded System for RISS/GPS Integrated Navigation"

Article Title: FPGA-Based Real-Time Embedded System for RISS/GPS Integrated Navigation

Journal: Sensors (Basel, Switzerland)

doi: 10.3390/s120100115

Mobile Robot Trajectory (1): Difference between NovAtel SPAN Reference and MicroBlaze Real Time Solutions.
Figure Legend Snippet: Mobile Robot Trajectory (1): Difference between NovAtel SPAN Reference and MicroBlaze Real Time Solutions.

Techniques Used:

RMS Error in the East Velocity, North Velocity, North and East Positions over Mobile Robot Trajectory (1).
Figure Legend Snippet: RMS Error in the East Velocity, North Velocity, North and East Positions over Mobile Robot Trajectory (1).

Techniques Used:

Maximum Error in the East Velocity, North Velocity, North and East Positions over Mobile Robot Trajectory (1).
Figure Legend Snippet: Maximum Error in the East Velocity, North Velocity, North and East Positions over Mobile Robot Trajectory (1).

Techniques Used:

RMS and Maximum Horizontal Position Error for the Four 60 seconds Outages Introduced in Mobile Robot Trajectory (2).
Figure Legend Snippet: RMS and Maximum Horizontal Position Error for the Four 60 seconds Outages Introduced in Mobile Robot Trajectory (2).

Techniques Used:

RMS Error in the Latitude and Longitude Solutions over the Four Outages introduced in Mobile Robot Trajectory (2).
Figure Legend Snippet: RMS Error in the Latitude and Longitude Solutions over the Four Outages introduced in Mobile Robot Trajectory (2).

Techniques Used:

RMS Error in the East Velocity, North Velocity, North and East Positions over Land Vehicle Trajectory (1).
Figure Legend Snippet: RMS Error in the East Velocity, North Velocity, North and East Positions over Land Vehicle Trajectory (1).

Techniques Used:

Maximum Error in the East Velocity, North Velocity, North and East Positions over Land Vehicle Trajectory (1).
Figure Legend Snippet: Maximum Error in the East Velocity, North Velocity, North and East Positions over Land Vehicle Trajectory (1).

Techniques Used:

RMS and Maximum Horizontal Position Error for the Four 60 seconds Outages Introduced in Land Vehicle Trajectory (2).
Figure Legend Snippet: RMS and Maximum Horizontal Position Error for the Four 60 seconds Outages Introduced in Land Vehicle Trajectory (2).

Techniques Used:



Similar Products

90
NovAtel Inc span reference solution
Mobile Robot Trajectory (1): Difference <t>between</t> <t>NovAtel</t> <t>SPAN</t> Reference and MicroBlaze Real Time Solutions.
Span Reference Solution, supplied by NovAtel Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/span reference solution/product/NovAtel Inc
Average 90 stars, based on 1 article reviews
span reference solution - by Bioz Stars, 2026-03
90/100 stars
  Buy from Supplier

Image Search Results


Mobile Robot Trajectory (1): Difference between NovAtel SPAN Reference and MicroBlaze Real Time Solutions.

Journal: Sensors (Basel, Switzerland)

Article Title: FPGA-Based Real-Time Embedded System for RISS/GPS Integrated Navigation

doi: 10.3390/s120100115

Figure Lengend Snippet: Mobile Robot Trajectory (1): Difference between NovAtel SPAN Reference and MicroBlaze Real Time Solutions.

Article Snippet: In , the RMS and the maximum horizontal position errors ( i.e. , The horizontal position error is the square root of the square of the North and East position errors) during the four 60 second outages are presented, which indicate the performance of the real-time solution with respect to the NovAtel SPAN reference solution during the absence of the GPS update.

Techniques:

RMS Error in the East Velocity, North Velocity, North and East Positions over Mobile Robot Trajectory (1).

Journal: Sensors (Basel, Switzerland)

Article Title: FPGA-Based Real-Time Embedded System for RISS/GPS Integrated Navigation

doi: 10.3390/s120100115

Figure Lengend Snippet: RMS Error in the East Velocity, North Velocity, North and East Positions over Mobile Robot Trajectory (1).

Article Snippet: In , the RMS and the maximum horizontal position errors ( i.e. , The horizontal position error is the square root of the square of the North and East position errors) during the four 60 second outages are presented, which indicate the performance of the real-time solution with respect to the NovAtel SPAN reference solution during the absence of the GPS update.

Techniques:

Maximum Error in the East Velocity, North Velocity, North and East Positions over Mobile Robot Trajectory (1).

Journal: Sensors (Basel, Switzerland)

Article Title: FPGA-Based Real-Time Embedded System for RISS/GPS Integrated Navigation

doi: 10.3390/s120100115

Figure Lengend Snippet: Maximum Error in the East Velocity, North Velocity, North and East Positions over Mobile Robot Trajectory (1).

Article Snippet: In , the RMS and the maximum horizontal position errors ( i.e. , The horizontal position error is the square root of the square of the North and East position errors) during the four 60 second outages are presented, which indicate the performance of the real-time solution with respect to the NovAtel SPAN reference solution during the absence of the GPS update.

Techniques:

RMS and Maximum Horizontal Position Error for the Four 60 seconds Outages Introduced in Mobile Robot Trajectory (2).

Journal: Sensors (Basel, Switzerland)

Article Title: FPGA-Based Real-Time Embedded System for RISS/GPS Integrated Navigation

doi: 10.3390/s120100115

Figure Lengend Snippet: RMS and Maximum Horizontal Position Error for the Four 60 seconds Outages Introduced in Mobile Robot Trajectory (2).

Article Snippet: In , the RMS and the maximum horizontal position errors ( i.e. , The horizontal position error is the square root of the square of the North and East position errors) during the four 60 second outages are presented, which indicate the performance of the real-time solution with respect to the NovAtel SPAN reference solution during the absence of the GPS update.

Techniques:

RMS Error in the Latitude and Longitude Solutions over the Four Outages introduced in Mobile Robot Trajectory (2).

Journal: Sensors (Basel, Switzerland)

Article Title: FPGA-Based Real-Time Embedded System for RISS/GPS Integrated Navigation

doi: 10.3390/s120100115

Figure Lengend Snippet: RMS Error in the Latitude and Longitude Solutions over the Four Outages introduced in Mobile Robot Trajectory (2).

Article Snippet: In , the RMS and the maximum horizontal position errors ( i.e. , The horizontal position error is the square root of the square of the North and East position errors) during the four 60 second outages are presented, which indicate the performance of the real-time solution with respect to the NovAtel SPAN reference solution during the absence of the GPS update.

Techniques:

RMS Error in the East Velocity, North Velocity, North and East Positions over Land Vehicle Trajectory (1).

Journal: Sensors (Basel, Switzerland)

Article Title: FPGA-Based Real-Time Embedded System for RISS/GPS Integrated Navigation

doi: 10.3390/s120100115

Figure Lengend Snippet: RMS Error in the East Velocity, North Velocity, North and East Positions over Land Vehicle Trajectory (1).

Article Snippet: In , the RMS and the maximum horizontal position errors ( i.e. , The horizontal position error is the square root of the square of the North and East position errors) during the four 60 second outages are presented, which indicate the performance of the real-time solution with respect to the NovAtel SPAN reference solution during the absence of the GPS update.

Techniques:

Maximum Error in the East Velocity, North Velocity, North and East Positions over Land Vehicle Trajectory (1).

Journal: Sensors (Basel, Switzerland)

Article Title: FPGA-Based Real-Time Embedded System for RISS/GPS Integrated Navigation

doi: 10.3390/s120100115

Figure Lengend Snippet: Maximum Error in the East Velocity, North Velocity, North and East Positions over Land Vehicle Trajectory (1).

Article Snippet: In , the RMS and the maximum horizontal position errors ( i.e. , The horizontal position error is the square root of the square of the North and East position errors) during the four 60 second outages are presented, which indicate the performance of the real-time solution with respect to the NovAtel SPAN reference solution during the absence of the GPS update.

Techniques:

RMS and Maximum Horizontal Position Error for the Four 60 seconds Outages Introduced in Land Vehicle Trajectory (2).

Journal: Sensors (Basel, Switzerland)

Article Title: FPGA-Based Real-Time Embedded System for RISS/GPS Integrated Navigation

doi: 10.3390/s120100115

Figure Lengend Snippet: RMS and Maximum Horizontal Position Error for the Four 60 seconds Outages Introduced in Land Vehicle Trajectory (2).

Article Snippet: In , the RMS and the maximum horizontal position errors ( i.e. , The horizontal position error is the square root of the square of the North and East position errors) during the four 60 second outages are presented, which indicate the performance of the real-time solution with respect to the NovAtel SPAN reference solution during the absence of the GPS update.

Techniques: