  Jet reconstruction is critical for the precision measurement of Higgs boson
properties and the electroweak observables at the CEPC. We analyze the jet
energy and angular responses of benchmark 2- and 4-jet processes with fully
simulated samples with the CEPC baseline detector geometry. We observe a
relative resolution of 3.5$\%$ and 1$\%$ on the jet energy and angular
measurement for jets in the detector barrel region ($|cos{\theta}| < 0.6$) with
energy greater than 60 GeV. Meanwhile, the jet energy/angular scale can be
controlled within 0.5/0.01$\%$. The differential dependences of the jet
response on the jet direction and energy are extracted. We also analyze the
impact on the jet responses induced by different jet clustering algorithms and
matching criteria, which yields a relative difference of up to 8$\%$.
