conversation-quality-scoring

对话质量评分

你是一位擅长构建销售机器人、通过评估对话质量来识别表现优异者的专家。你的目标是帮助开发者创建对对话进行评分的系统，以找出有效做法并指导改进。

质量评分为何重要

盲点问题

Without quality scoring:
- All conversations treated equal
- Don't know what "good" looks like
- Can't identify best practices
- No basis for improvement

Rep A: 10% conversion
Rep B: 15% conversion
Bot C: 12% conversion
Why? Unknown.

采用质量评分后

Quality-aware system:
- Score each conversation dimension
- Identify high-quality patterns
- Spot areas for improvement
- Benchmark and compare

Rep A: Score 65 (weak on discovery)
Rep B: Score 82 (strong qualification)
Bot C: Score 71 (needs better objection handling)
Now we know where to focus.

评分维度

互动质量

def score_engagement(conversation):
    score = 0

    # Response rate
    response_rate = calculate_response_rate(conversation)
    if response_rate >= 0.8:
        score += 30
    elif response_rate >= 0.5:
        score += 20
    elif response_rate >= 0.3:
        score += 10

    # Response depth
    avg_response_length = calculate_avg_response_length(conversation)
    if avg_response_length > 50:
        score += 20
    elif avg_response_length > 25:
        score += 10

    # Response sentiment
    sentiment_trend = analyze_sentiment_trend(conversation)
    if sentiment_trend > 0:
        score += 20
    elif sentiment_trend == 0:
        score += 10

    # Engagement velocity
    avg_response_time = calculate_avg_response_time(conversation)
    if avg_response_time < timedelta(hours=4):
        score += 15

    return min(score, 100)

探询质量

def score_discovery(conversation):
    score = 0

    # Information gathered
    info_gathered = {
        "pain_points": 25,
        "budget": 20,
        "timeline": 20,
        "decision_process": 15,
        "stakeholders": 15,
        "current_solution": 10
    }

    for info_type, points in info_gathered.items():
        if has_gathered_info(conversation, info_type):
            score += points

    # Question quality
    questions = extract_questions(conversation, sender="bot")
    open_questions = [q for q in questions if is_open_ended(q)]
    if len(open_questions) >= 3:
        score += 15

    # Follow-up depth
    follow_ups = count_follow_up_questions(conversation)
    score += min(follow_ups * 5, 20)

    return min(score, 100)

价值传达

def score_value_communication(conversation):
    score = 0

    # Value propositions delivered
    value_props = extract_value_propositions(conversation)
    if len(value_props) >= 2:
        score += 25

    # Personalization
    personalization_level = assess_personalization(conversation)
    score += personalization_level * 25

    # Relevance to stated needs
    needs = extract_stated_needs(conversation)
    solutions = extract_solutions_offered(conversation)
    alignment = calculate_need_solution_alignment(needs, solutions)
    score += alignment * 30

    # Social proof used
    if has_relevant_social_proof(conversation):
        score += 15

    return min(score, 100)

异议处理质量

def score_objection_handling(conversation):
    objections = extract_objections(conversation)

    if not objections:
        return None  # No objections to score

    score = 0
    for objection in objections:
        # Was it acknowledged?
        if objection.acknowledged:
            score += 10

        # Was it addressed?
        if objection.addressed:
            score += 20

        # Was the response appropriate?
        response_quality = assess_response_quality(objection.response)
        score += response_quality * 15

        # Was it resolved?
        if objection.resolved:
            score += 15

    # Average across objections
    avg_score = score / len(objections)
    return min(avg_score, 100)

推进质量

def score_progression(conversation):
    score = 0

    # Stage advancement
    if advanced_stage(conversation):
        score += 30

    # Commitments obtained
    commitments = extract_commitments(conversation)
    score += len(commitments) * 10

    # Clear next steps
    if has_clear_next_step(conversation):
        score += 25

    # Meeting scheduled
    if meeting_scheduled(conversation):
        score += 25

    # Forward momentum
    momentum = assess_momentum(conversation)
    score += momentum * 20

    return min(score, 100)

综合评分

加权总分

def calculate_total_quality_score(conversation):
    weights = {
        "engagement": 0.20,
        "discovery": 0.25,
        "value_communication": 0.20,
        "objection_handling": 0.15,
        "progression": 0.20
    }

    scores = {
        "engagement": score_engagement(conversation),
        "discovery": score_discovery(conversation),
        "value_communication": score_value_communication(conversation),
        "objection_handling": score_objection_handling(conversation),
        "progression": score_progression(conversation)
    }

    # Handle None (e.g., no objections)
    active_weights = {}
    for dimension, score in scores.items():
        if score is not None:
            active_weights[dimension] = weights[dimension]

    # Normalize weights
    weight_sum = sum(active_weights.values())
    normalized_weights = {k: v/weight_sum for k, v in active_weights.items()}

    # Calculate weighted total
    total = sum(
        scores[d] * normalized_weights[d]
        for d in normalized_weights
        if scores[d] is not None
    )

    return {
        "total_score": total,
        "dimension_scores": scores,
        "weights_used": normalized_weights
    }

分数解读

def interpret_score(score_result):
    total = score_result["total_score"]

    if total >= 85:
        tier = "excellent"
        description = "High-quality conversation with strong execution"
    elif total >= 70:
        tier = "good"
        description = "Solid conversation with room for improvement"
    elif total >= 55:
        tier = "average"
        description = "Adequate but missing opportunities"
    elif total >= 40:
        tier = "below_average"
        description = "Several areas need attention"
    else:
        tier = "poor"
        description = "Significant improvement needed"

    # Find weakest dimension
    weak_dimensions = [
        d for d, s in score_result["dimension_scores"].items()
        if s is not None and s < 50
    ]

    # Find strongest dimension
    strong_dimensions = [
        d for d, s in score_result["dimension_scores"].items()
        if s is not None and s >= 80
    ]

    return {
        "tier": tier,
        "description": description,
        "weakest": weak_dimensions,
        "strongest": strong_dimensions,
        "recommendation": generate_improvement_recommendation(score_result)
    }

对比分析

基准对比

def benchmark_conversation(conversation, comparison_group):
    """Compare conversation to peers"""

    my_score = calculate_total_quality_score(conversation)

    # Get comparison group scores
    peer_scores = [
        calculate_total_quality_score(c)
        for c in comparison_group
    ]

    peer_totals = [s["total_score"] for s in peer_scores]

    return {
        "my_score": my_score["total_score"],
        "percentile": calculate_percentile(my_score["total_score"], peer_totals),
        "peer_average": mean(peer_totals),
        "peer_top_10": percentile(peer_totals, 90),
        "gap_to_average": my_score["total_score"] - mean(peer_totals),
        "gap_to_top": percentile(peer_totals, 90) - my_score["total_score"]
    }

销售代表／机器人对比

def compare_performers(performer_ids, time_period):
    """Compare quality scores across reps or bots"""

    results = {}
    for performer_id in performer_ids:
        conversations = get_conversations(performer_id, time_period)
        scores = [calculate_total_quality_score(c) for c in conversations]

        results[performer_id] = {
            "avg_total": mean([s["total_score"] for s in scores]),
            "avg_by_dimension": {
                d: mean([s["dimension_scores"][d] for s in scores if s["dimension_scores"][d]])
                for d in ["engagement", "discovery", "value_communication", "objection_handling", "progression"]
            },
            "conversation_count": len(conversations),
            "trend": calculate_score_trend(scores)
        }

    return results

质量提升

指导建议

def generate_coaching_insights(performer_id, time_period):
    scores = get_performer_scores(performer_id, time_period)

    insights = []

    # Find consistently weak dimensions
    dimension_avgs = calculate_dimension_averages(scores)
    for dimension, avg in dimension_avgs.items():
        if avg < 60:
            insights.append({
                "type": "weakness",
                "dimension": dimension,
                "score": avg,
                "recommendation": get_dimension_recommendation(dimension),
                "examples": get_high_score_examples(dimension)
            })

    # Find declining dimensions
    for dimension in dimension_avgs:
        trend = calculate_dimension_trend(scores, dimension)
        if trend < -0.1:  # Declining
            insights.append({
                "type": "declining",
                "dimension": dimension,
                "trend": trend,
                "recommendation": f"Focus on {dimension} - scores declining"
            })

    return insights

自动反馈

def provide_conversation_feedback(conversation):
    score = calculate_total_quality_score(conversation)
    interpretation = interpret_score(score)

    feedback = {
        "overall": f"Score: {score['total_score']:.0f}/100 ({interpretation['tier']})",
        "strengths": [],
        "improvements": []
    }

    for dimension, dim_score in score["dimension_scores"].items():
        if dim_score and dim_score >= 75:
            feedback["strengths"].append(
                f"Strong {dimension} (score: {dim_score:.0f})"
            )
        elif dim_score and dim_score < 55:
            feedback["improvements"].append({
                "dimension": dimension,
                "score": dim_score,
                "tip": get_improvement_tip(dimension, conversation)
            })

    return feedback

实施

实时评分

class ConversationScorer:
    def __init__(self, conversation_id):
        self.conversation_id = conversation_id
        self.running_score = {}

    def update_score(self, new_message):
        """Update score after each message"""

        conversation = get_conversation(self.conversation_id)

        # Recalculate dimensions that could have changed
        self.running_score = calculate_total_quality_score(conversation)

        # Alert if significant change
        if self.score_dropped_significantly():
            alert_quality_drop(self.conversation_id, self.running_score)

        return self.running_score

指标

质量相关性

Track:
- Correlation between quality score and conversion
- Correlation between dimensions and outcomes
- Which dimensions matter most?

Validate:
- Do high-scoring conversations convert better?
- Which scores predict success?