  In this paper, we present a QCD analysis to extract the Fragmentation
Functions (FFs) of unidentified light charged hadron entitled as SHK22.h from
high-energy lepton-lepton annihilation and lepton-hadron scattering data sets.
This analysis includes the data from all available single inclusive
electron-positron annihilation (SIA) processes and semi-inclusive
deep-inelastic scattering (SIDIS) measurements for the unidentified light
charged hadron productions. The SIDIS data which has been measured by the
COMPASS experiment could allow the flavor dependence of the FFs to be well
constrained. We exploit the analytic derivative of the Neural Network (NN) for
fitting of FFs at next-to-leading-order (NLO) accuracy in the perturbative QCD
(pQCD). The Monte Carlo method is implied for all sources of experimental
uncertainties and the Parton distribution functions (PDFs) as well. Very good
agreements are achieved between the SHK22.h FFs set and the most recent QCD
fits available in literature, namely JAM20 and NNFF1.1h. In addition, we
discuss the impact arising from the inclusion of SIDIS data on the extracted
light-charged hadron FFs. The global QCD resulting at NLO for charged hadron
FFs provides valuable insights for applications in present and future
high-energy measurement of charged hadron final state processes.

High Energy Physics - Phenomenology;High Energy Physics - Experiment