WE CLAIM:
1. A system (102) for geospatial data filtering and analysis in a network
environment, wherein the system (102) comprising:
5
a user interface module (212) configured to receive a
selection of a geographic area for analysis from at least one user ;
a data collection module (214) configured to collect the
geospatial data of a plurality of network users within the selected
10 geographic area to create a grid data storage, wherein the grid data
storage comprises a repository of the collected geospatial data
organized into a grid format;
the user interface module (212) configured to receive a set of
queries from the at least one user, wherein the set of queries
15 comprises a set of attributes associated with the selected geographic
area ;
an execution engine module (216) configured to execute the
set of queries by processing the grid data storage according to the
set of attributes to retrieve results based on execution of the set of
20 queries;
a grid computation module (218) configured to apply grid
computation and filtering on the retrieved results to generate a
filtered data set; and
a visualization module (220) configured to visualize the
25 generated filtered data set on a map layer through the user interface
module (212).
2. The system (102) as claimed in claim 1, wherein the set of queries received
using the user interface module (212) comprises the set of attributes for
30 analyzing 4G networks, 5G networks, and hybrid networks, wherein the
hybrid networks comprise a combination of 4G and 5G technologies
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operating in conjunction; the set of attributes includes a set of parameters
for evaluating performance and interaction of 4G and 5G components
within the hybrid networks; and the execution of the set of queries by the
execution engine module (216) includes processing data related to
5 coexistence and interoperability of 4G and 5G technologies in the hybrid
networks.