  The abrupt change in the pulse period of a pulsar is called a pulsar glitch.
In this paper, we present eleven pulsar glitches detected using the Ooty Radio
Telescope (ORT) and the upgraded Giant Metrewave Radio Telescope (uGMRT) in
high cadence timing observations of 8 pulsars. The measured relative amplitude
of glitches ($\Delta \nu/\nu$) from our data ranges from $10^{-6}$ to
$10^{-9}$. Among these glitches, three are new discoveries, being reported for
the first time. We also reanalyze the largest pulsar glitch in the Crab pulsar
(PSR J0534+2200) by fitting the ORT data to a new phenomenological model
including the slow rise in the post-glitch evolution. We measure an exponential
recovery of 30 days after the Vela glitch detected on MJD 57734 with a healing
factor $Q=5.8\times 10^{-3}$. Further, we report the largest glitch ($\Delta
\nu/\nu = 3147.9 \times 10^{-9}$) so far in PSR J1731$-$4744.
