"capable of error" is a grammatically correct and commonly used phrase in written English.
It means that something or someone has the potential to make mistakes or incorrect judgments. It can be used in various contexts, including scientific research, legal discussions, or everyday conversation. Example: Even the most advanced technology is capable of error, so it is important to always double-check and verify information before relying on it.
The communication engine encodes data and commands separately into custom-designed packet structures utilizing a protocol capable of error handling.
Philosophers have objected that art created outside any institution seems possible, although the definition rules it out, and that the artworld, like any institution, seems capable of error.
The fact is, election machines are built by people, and people are capable of error; a single processing flaw could lead to lost data, misreported data or entire system failures.
Not only did Alias treat Jennifer Garner's gender as irrelevant, but the show allowed her to be as flawed and capable of error as any grizzled male super-spy such as Jack Bauer.
Since the UMD Overlapper is capable of error correcting the reads, we trim reads only when the expected error rate reaches 10%, based of the reported quality scores.
Computers have very reliable memories capable of error checking at the bit level while the human memory supports only a high-level semantic consistency check.
Fiber optic links are capable of error-free transmission over tens of km at data rates significantly higher than those of copper systems, which were earlier used.
What makes these programs so powerful — their ability to "learn" on their own — also makes them unpredictable and capable of errors that can harm the business.
We know that both candidates are quite capable of errors, no matter how much they prepare against them.
These proteins form a distinct DNA repair complex that also appears to be capable of error-prone repair that requires the catalytic activity of DnaE2 [ 9, 10].
Dyson has hypothesized that the emergence of the first life forms capable of error-free replication may have been preceded by simpler reproducing systems where interacting chemical cycles, supported by external energy sources, could reach homeostasis and persist over time.
