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Xiaoxin Zhou

Publications and source records attributed to Xiaoxin Zhou.

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Role of CI Adoption in Mobile App Success: An Empirical Study of Open-Source Android Projects

Mobile apps face strong pressure for fast and reliable updates. Continuous Integration (CI) helps automate builds, tests, and releases, but its impact on mobile development remains underexplored. Despite the widespread use of CI, little is known about how it affects development activity, release speed, and user-facing outcomes in mobile projects. Existing studies mostly focus on CI adoption in general-purpose software, providing limited insight into mobile-specific dynamics, such as app store visibility and user engagement. In this paper, we analyze open-source Android apps to (1) compare CI adopters and non-adopters, (2) characterize adoption patterns using activity and bug metrics, and (3) assess pre/post adoption changes and user-facing outcomes. We observe that CI adopters are larger and more active, with faster and more regular releases. CI adoption is concentrated in integration- and reliability-intensive categories (e.g., finance and productivity) and is associated with higher Google Play Store engagement (more downloads and reviews) without lower ratings. Overall, CI adoption aligns with practices that support sustained delivery, higher project visibility, and stronger user engagement in mobile ecosystems.

cs.SE

Resolved frustrated tunneling ionization in asymmetrical fast oscillation of above-threshold ionization spectrum

Tunneling ionization is one of the fundamental electron dynamics, which has wide applications in ultrafast physics. When frustrated tunneling ionization (FTI) is considered, the tunneling rate is not equivalent to ionization rate. However, it is hard to resolve the effects of FTI and direct tunneling ionization (DTI) in ionization spectrum experimentally. Here we report the first observation of the asymmetrical fast oscillation in above-threshold ionization (ATI) spectrum of Argon as function of carrier-envelope phase (CEP), to the best of our knowledge. Simulation results identify that in the experimental ATI spectrum, the π/5 oscillation originates from the quantum interference of electrons in FTI, while DTI is responsible for the asymmetry. Our results provide clear evidence to resolve the effects of direct tunneling and FTI in a new physical regime.

physics.optics