# A Framework of Vehicle Usage Optimization for Tour Purposes
## 5 Methodology
### Database Model
Based on the given data, testability achieved a score of 90% at approximately 0.25 s, 50% at around 0.50 s, and 30% at around 0.75 s. Additionally, the data suggest that security attained a score of 80% at about 0.25 s, 40% at about 0.50 s, and 25% at approximately 0.75 s.

In Figure 7, we mention energy efficiency and renewable quality attributes. Energy efficiency and renewable energy are critical factors for vehicle optimization software, as they can help improve fuel efficiency and reduce emissions. These show us how much impact our project has on the environment. We also try to achieve the quality attributes very early on. Based on the provided data, the energy efficiency metric achieved a score of 90% at approximately 0.25 s, 60% at around 0.50 s, and 50% at around 0.75 s. Likewise, the

Figure 5: Graphical representation of quality attributes between “usability” and “maintainability”. Figure 6: Graphical representation of quality attributes between “security” and “testability”. data suggest that the metric of renewable energy attained a score of 60% at approximately 0.25 s, 40% at around 0.50 s, and 30% at around 0.75 s.

In Figure 8, adaptability refers to the ability of software to change or adapt to new circumstances or requirements. On the other hand, correctness refers to the ability of software to produce correct and accurate results. We want to achieve these in a short time. The metric of adaptability obtained a score of 70% at approximately 0.25 s, 50% at around 0.50 s, and 40% at around 0.75 s. Additionally, the data suggest that correctness achieved a score of 90% at approximately 0.25 s, 60% at around 0.50 s, and 30% at around 0.75 s.

In Figure 9, configurability refers to the ability of software to be customized and configured to meet specific needs or preferences. On the other hand, scalability refers to the ability of software to handle increasing workloads or user demands without sacrificing performance or functionality. The reconfigurability metric obtained a score of 70% at around 0.25 s, 40% at around 0.50 s, and 25% at around 0.75 s. Moreover, the data indicate that the scalability metric obtained a score of 60% at approximately 0.25 seconds, 40% at around 0.50 s, and 30% at around 0.75 s.

Figure 8: Graphical representation of quality attributes between “adaptability” and “correctness”. Figure 7: Graphical representation of quality attributes between “Energy Efficiency” and “Renewable”. ## 8 Limitations and Future Works

In this work, our main contribution is to introduce a plan that helps minimize vehicle costs by optimizing bus seat allocation. However, there is still room for improvement. By increasing the vehicle optimization and seat optimization in our system, passengers cannot choose the seats they want. Moreover, transferring the total number of group members from one bus to another would require more work in our system. Consequently, our system cannot track bus locations, and packages cannot be optimized. ## 9 Conclusions

The significance of a flawless travel agency cannot be overstated in travel, as it forms an essential cornerstone for every individual traveler. Likewise, attaining satisfactory profit margins holds crucial importance for travel agencies. The interdependence between these two factors is undeniable, as the absence of harmonious alignment can detrimently impact travelers and travel agencies. Our ongoing endeavor involves creating a comprehensive system designed to address these issues. Some applications include \"SHOHOZ\" and \"Bus Ticket BD\" in Bangladesh. Those applications provide bus tickets, but do not have an optimization system. With the system described in this paper, travelers are empowered to navigate their challenges effectively. Travelers are granted the tools to make informed decisions in selecting their ideal destinations through a carefully curated selection of packages, blogs, and descriptive information. Once this selection is made, the reservation process is streamlined, allowing travelers to secure their seats by making advance payments.