Integrate the separate eλ₹♦¥quipment, functions and inf₹←ormation into the int>✔®•errelated, unified and ∏♦★¥ c'εoordinated system, so asβε to fully share resources and r↔ealize centralized, efficient and c<€onvenient ∑♦ • management.System integration ↔♥adopts various integration σα∞technologies such as function integrΩ×÷ation, §¶ network integration<σ₩ and software interface int☆¶egration.The key of system integratio☆±☆n is to solve the £σ pσ£roblem of interconnection and interopeα≠€★rability between systems. It is a &§≥multi-vendor, multi-protoco→§§Ωl and ÷ ♠¶ application-oriented archit±α¥ecture.It is necessary©☆€ to solve the interface, protocol, sys¶®☆tem platform, •→ application softwa₹> re and other integration-orien ♣π£ted problems related to sub&αsystems, building env★ ironment, ≤>← construction ♣♥<♠coordination, organizatio∏'n and management and personnel allo¥ cation between various ✘∞types of δ↓÷> equipment and subsystems.
Application software integration
It provides near-rea♦$l-time data interaction servic™®←≈es for data and programs in ±÷£βmultiple ↕∞γ application systems, build•β∞ s the integration of <λ←multiple business system reγ★÷sources and the interact ✔×ion • ≈ between mult♥₩∏iple heterogeneous systems.
Information data integration
Provide data and database integratio♣δ"n services in the system, determiασ$ne the source data × ₹♣ model and othα♦er data integration services, Ω↔more effectively achieve info γ♦rmation sharing, ensure the β↓↓ cσλ≥onsistency of information in multiple✘↔↑ systems.
Device system integration
The system integrati₽γβon, the underlying structure, σ©✘✘software, intelligent hardw♥≠are and the γ special ×♦Ω≈needs of heterogeneous ↑→₹network integration servδ←←$ices and other technolog♦φσ∞y implementation, the ±∏∑ use ∞÷of intelligent equipment to ®connect each subsystem.✘ ¥
Data aggregation
According to various bu≤↔↔siness needs to provide data✘ε© gathered into services, t★λo solve all ₽±★→ "☆λ kinds of business data infor$±★mation island.